# Lower Sermilik Lake, Southeast Greenland 7700 Year Geochemical Data #---------------------------------------------------- # World Data Service for Paleoclimatology, Boulder # and # NOAA Paleoclimatology Program # National Centers for Environmental Information (NCEI) #---------------------------------------------------- # Template Version 4.0 # Encoding: UTF-8 # NOTE: Please cite original publication, NOAA Landing Page URL, dataset and publication DOIs (where available), and date accessed when using downloaded data. If there is no publication information, please cite investigator, study title, NOAA Landing Page URL, and date accessed. # # Description/Documentation lines begin with # # Data lines have no # # # NOAA_Landing_Page: https://www.ncei.noaa.gov/access/paleo-search/study/14511 # Landing_Page_Description: NOAA Landing Page of this file's parent study, which includes all study metadata. # # Study_Level_JSON_Metadata: https://www.ncei.noaa.gov/pub/data/metadata/published/paleo/json/noaa-lake-14511.json # Study_Level_JSON_Description: JSON metadata of this data file's parent study, which includes all study metadata. # # Data_Type: Paleolimnology # # Dataset_DOI: 10.25921/csvp-4f95 # # Science_Keywords: Little Ice Age (LIA) #-------------------- # Resource_Links # # Data_Download_Resource: https://www.ncei.noaa.gov/pub/data/paleo/paleolimnology/greenland/sermilik2013element-noaa.txt # Data_Download_Description: NOAA Template File; Elemental Data # #-------------------- # Contribution_Date # Date: 2013-05-21 #-------------------- # File_Last_Modified_Date # Date: 2024-06-06 #-------------------- # Title # Study_Name: Lower Sermilik Lake, Southeast Greenland 7700 Year Geochemical Data #-------------------- # Investigators # Investigators: Davin, S.H.; Bradley, R.S.(https://orcid.org/0000-0002-4032-9519); Balascio, N.L.(https://orcid.org/0000-0001-7106-3541) #-------------------- # Description_Notes_and_Keywords # Description: A 7,700 year record of Holocene climatic and environmental variability in Sermilik Valley, located on Ammassalik Island, SE Greenland. This objective of this study is to determine the timing of major Holocene climate transitions as expressed in the physical, elemental, and geochemical parameters preserved in the 484 cm sediment record of Lower Sermilik Lake. Major transitions observed in this study include the deglaciation of Sermilik Valley, the onset and termination of the Holocene Climatic Optimum, the transition into neoglacial conditions, and the Little Ice Age. #-------------------- # Publication # Authors: Davin, S.H. # Journal_Name: Thesis # Published_Title: 7700 Years of Holocene Climatic Variability in Sermilik Valley, Southeast Greenland Inferred from Lake Sediments # Published_Date_or_Year: 2013 # Volume: # Pages: # Issue: # Report_Number: # DOI: # Online_Resource: https://scholarworks.umass.edu/cgi/viewcontent.cgi?article=2198&context=theses # Full_Citation: Davin, S.H. 2013. 7700 Years of Holocene Climatic Variability in Sermilik Valley, Southeast Greenland Inferred from Lake Sediments. Thesis, University of Massachusetts Amherst, 70 pp. # Abstract: During the latter half of the 20th century until present day there has been an unprecedented rise in global annual mean temperatures accompanied by rising sea levels and a decrease in Northern Hemisphere snow cover, which if it continues will lead to widespread disruption of climate patterns, ecosystems, and present-day landscapes. It is therefore of critical importance to establish an expanded network of paleoclimate records across the globe in order to better assesses how the global climate system has changed in the past, that we may create a metric by which to address modern change. Herein is presented a 7,700 years record of Holocene climatic and environmental variability in Sermilik Valley, located on Ammassalik Island, SE Greenland. This objective of this study is to determine the timing of major Holocene climate transitions as expressed in the physical, elemental, and geochemical parameters preserved in the 484 cm sediment record of Lower Sermilik Lake. Major transitions observed in this study include the deglaciation of Sermilik Valley, the onset and termination of the Holocene Climatic Optimum, the transition into neoglacial conditions, and the Little Ice Age. #-------------------- # Funding_Agency # Funding_Agency_Name: # Grant: #-------------------- # Site_Information # Site_Name: Lower Sermilik Lake # Location: Greenland # Northernmost_Latitude: 65.4 # Southernmost_Latitude: 65.4 # Easternmost_Longitude: -37.5 # Westernmost_Longitude: -37.5 # Elevation_m: 30 #-------------------- # Data_Collection # Collection_Name: Sermilik2013element # First_Year: 7700 # Last_Year: 0 # Time_Unit: cal yr BP # Core_Length_m: 4.84 # Parameter_Keywords: geochemistry # Notes: #-------------------- # Chronology_Information # Chronology: Radiocarbon # Chronology_Download_Resource: https://www.ncei.noaa.gov/pub/data/paleo/templates/noaa-wds-paleo-14c-terms.csv # Chronology_Download_Description: Radiocarbon terms and definitions. # Chronology_Notes: Eight radiocarbon dates from macrofossils. Dating was done at the Keck Carbon Cycle AMS Facility at the University of California Irvine. # Rejection_Rationale: # Reservoir_Method: # Calibration_Method: using Calib v.6.1 (Stuiver & Reimer,1993) and the IntCal09 data set (Reimer et al., 2009) # Age_Model_Method: a smooth spline with a smoothing factor of 0.3 as the weighted average of 10,000 iterations to the age-depth data using the Clam code (Blaauw 2010) for the statistical software R (R Development Core Team, 2010). # Missing_Values: NaN # Chronology_Table: # depth_cm age_14C_BP1950 age_14C_1s_yr calib_curve # 41.5 1130 20 IntCal09 # 67.5 1780 15 IntCal09 # 91.5 2145 15 IntCal09 # 94 2540 30 IntCal09 # 132 3010 15 IntCal09 # 168 3950 70 IntCal09 # 184 4690 35 IntCal09 # 229 5300 20 IntCal09 #-------------------- # Variables # PaST_Thesaurus_Download_Resource: https://www.ncei.noaa.gov/access/paleo-search/skos/past-thesaurus.rdf # PaST_Thesaurus_Download_Description: Paleoenvironmental Standard Terms (PaST) Thesaurus terms, definitions, and relationships in SKOS format. # # Variables list, one per line, shortname-tab-var components: what, material, error, units, seasonality, data type, detail, method, C or N for Character or Numeric data) # ## filename notes,,,,,paleolimnology,,,C,filename ## depth_cm depth,,,centimeter,,paleolimnology,,,N, ## position notes,,,,,paleolimnology,,,N,position (mm) ## sample_surface notes,,,,,paleolimnology,,,N,sample surface ## validity notes,,,,,paleolimnology,,,N,validity ## E-gain notes,,,,,paleolimnology,,,N,E-gain ## E-offset notes,,,,,paleolimnology,,,N,E-offset ## F-slope notes,,,,,paleolimnology,,,N,F-slope ## F-offset notes,,,,,paleolimnology,,,N,F-offset ## kcps notes,,,,,paleolimnology,,,N,thousand counts per second ## MSE notes,,,,,paleolimnology,,,N,MSE ## al_cps aluminum,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## si_cps silicon,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## s_cps sulfur,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## cl_cps chlorine,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## ar_cps argon,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## k_cps potassium,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## ca_cps calcium,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## ti_cps titanium,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## v_cps vanadium,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## cr_cps chromium,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## mn_cps manganese,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## fe_cps iron,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## ni_cps nickel,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## cu_cps copper,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## zn_cps zinc,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## ga_cps gallium,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## as_cps arsenic,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## br_cps bromine,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## rb_cps rubidium,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## sr_cps strontium,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## y_cps yttrium,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## zr_cps zirconium,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## pd_cps palladium,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## ba_cps barium,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## la_cps lanthanum,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## ce_cps cerium,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## hf_cps hafnium,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## ta_cps tantalum,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## w_cps tungsten,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N, ## feX1_cps iron,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N,X1 ## feX2_cps iron,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N,X2 ## feX3_cps iron,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N,X3 ## feA1_cps iron,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N,A1 ## feA2_cps iron,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N,A2 ## X1_cps notes,,,,,paleolimnology,,,N,X1_cps ## mo_inc_cps molybdenum,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N,incoherent ## mo_coh_cps molybdenum,sediment,,count per second,,paleolimnology,,x-ray fluorescence spectroscopy,N,coherent #-------------------- # Data: # Data lines follow (have no #) # Data line format - tab-delimited text, variable short name as header # Missing_Values: filename depth_cm position sample_surface validity E-gain E-offset F-slope F-offset kcps MSE al_cps si_cps s_cps cl_cps ar_cps k_cps ca_cps ti_cps v_cps cr_cps mn_cps fe_cps ni_cps cu_cps zn_cps ga_cps as_cps br_cps rb_cps sr_cps y_cps zr_cps pd_cps ba_cps la_cps ce_cps hf_cps ta_cps w_cps feX1_cps feX2_cps feX3_cps feA1_cps feA2_cps X1_cps mo_inc_cps mo_coh_cps C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF 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9.60E-03 0.0889 23430 1.43 15 262 33 0 216 1779 6849 4020 151 372 1336 202242 612 387 712 279 0 0 705 9610 253 769 50 238 99 157 139 861 1744 2163 445 496 902 20 28864 8172 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000111.spe 13.55 183.94 5.8 1 1.86E-02 -0.011 9.60E-03 0.0889 23179 1.21 23 321 31 0 188 1769 6865 3740 169 425 1235 197462 579 428 724 332 0 0 537 10185 78 1076 32 380 68 64 9 787 1646 2359 404 508 504 88 28325 8185 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000112.spe 13.6 184.44 5.8 1 1.86E-02 -0.011 9.67E-03 0.0889 23265 1.22 26 253 26 7 218 1691 7115 3677 173 508 1247 197629 656 420 771 255 0 0 480 10834 351 930 63 369 45 56 67 852 1798 2214 451 460 731 130 28228 8673 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000113.spe 13.65 184.94 5.8 1 1.86E-02 -0.011 9.69E-03 0.0889 22751 1.37 14 250 27 0 182 1552 7254 3740 151 425 1209 188740 511 427 719 218 0 15 533 11659 313 1266 32 222 93 69 43 837 1848 2510 366 455 610 236 28299 8463 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0 0 740 8431 139 1007 18 336 118 86 146 970 1784 2320 473 500 798 69 32058 8867 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000118.spe 13.9 187.44 5.81 1 1.86E-02 -0.011 9.61E-03 0.0889 24120 1.34 0 284 21 0 204 1612 6393 3607 227 366 1224 202994 459 288 665 75 0 0 561 8191 342 773 37 294 65 110 49 1023 1763 2386 467 457 688 110 32073 8766 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000119.spe 13.95 187.94 5.81 1 1.86E-02 -0.011 9.58E-03 0.0889 24290 1.29 12 264 18 0 208 1700 6519 3639 144 362 1278 203989 653 480 786 263 0 0 572 8213 191 781 20 304 33 69 11 867 1735 2434 430 506 684 145 32365 8680 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000120.spe 14 188.44 5.82 1 1.86E-02 -0.011 9.60E-03 0.0889 24860 1.32 12 288 52 0 176 1675 6615 3917 149 356 1317 213632 601 269 720 286 0 0 658 7752 133 976 54 311 107 115 93 984 1772 2513 478 552 861 41 32425 8616 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000121.spe 14.05 188.94 5.82 1 1.86E-02 -0.011 9.66E-03 0.0889 24390 1.37 9 281 34 0 234 1714 6590 3830 184 424 1372 206180 532 304 742 136 0 0 439 8106 337 600 23 409 63 44 124 917 1787 2395 516 504 776 52 32873 9046 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000122.spe 14.1 189.44 5.82 1 1.86E-02 -0.011 9.66E-03 0.0889 24816 1.36 53 275 81 0 212 1618 6546 3913 125 385 1285 214152 591 349 710 189 0 0 630 8061 241 694 66 309 87 155 118 1023 1774 2480 510 562 740 188 32084 8702 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000123.spe 14.15 189.94 5.83 1 1.86E-02 -0.011 9.66E-03 0.0889 24859 1.24 0 265 33 4 164 1746 6569 4329 192 385 1449 215018 583 283 722 122 0 0 812 7664 168 829 70 325 81 109 117 927 1818 2481 544 404 935 74 32491 8846 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000124.spe 14.2 190.44 5.83 1 1.86E-02 -0.011 9.67E-03 0.0889 24771 1.29 0 277 40 6 204 1596 6359 3583 151 463 1213 216114 565 370 735 165 0 0 656 7542 206 2221 40 411 80 70 104 988 1676 2309 457 521 871 28 30970 8237 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154 0 0 655 7560 285 854 56 238 78 126 26 829 1702 2585 527 532 982 281 28836 8071 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000129.spe 14.45 192.94 5.84 1 1.86E-02 -0.011 9.71E-03 0.0889 23980 1.29 0 225 49 0 235 1602 7254 3813 227 436 1240 216206 619 420 689 163 0 0 714 8706 145 700 32 315 92 101 49 827 1719 2551 480 419 974 86 28050 8002 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000180.spe 14.5 218.44 5.86 1 1.86E-02 -0.011 9.54E-03 0.0889 26012 1.22 19 290 37 0 201 1747 8259 3735 216 357 1281 235029 411 243 649 295 0 0 783 8768 147 788 38 452 74 56 0 800 1916 2503 521 511 982 117 31757 8828 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000181.spe 14.55 218.94 5.85 1 1.86E-02 -0.011 9.52E-03 0.0889 26258 1.36 11 281 43 0 203 1806 7982 4073 185 418 1263 234153 518 323 607 162 0 0 694 8047 167 875 64 357 76 112 12 804 1834 2755 485 655 1023 284 32133 8699 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000182.spe 14.6 219.44 5.85 1 1.86E-02 -0.011 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C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000186.spe 14.8 221.44 5.84 1 1.86E-02 -0.011 9.70E-03 0.0889 27334 1.3 0 233 48 0 201 1603 5586 3503 162 382 1206 248379 524 312 598 150 0 0 811 6151 156 706 55 356 59 76 89 909 1828 2805 670 541 942 199 34811 8870 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000187.spe 14.85 221.94 5.83 1 1.86E-02 -0.011 9.72E-03 0.0889 28030 1.31 0 238 61 0 227 1673 5579 3833 244 428 1143 257241 450 227 493 196 0 0 888 5963 76 570 21 261 28 85 61 1055 1804 3127 459 656 1270 222 35097 8849 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000188.spe 14.9 222.44 5.83 1 1.86E-02 -0.011 9.72E-03 0.0889 27161 1.32 8 270 27 0 163 1602 5674 3674 250 418 1207 241826 451 277 695 242 0 0 526 5958 50 732 90 316 16 74 44 957 1754 2597 525 592 1088 118 35276 9419 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000189.spe 14.95 222.94 5.83 1 1.86E-02 -0.011 9.73E-03 0.0889 27183 1.33 31 260 84 15 211 1773 5829 3700 220 400 1328 239936 575 265 660 65 0 0 737 6376 0 621 47 378 53 46 134 1041 1830 2697 579 584 985 206 35319 8793 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000190.spe 15 223.44 5.84 1 1.86E-02 -0.011 9.70E-03 0.0889 26778 1.45 45 317 47 0 249 1786 5788 3658 229 416 1344 234280 590 212 619 143 0 0 654 6375 173 597 59 354 80 69 111 1020 1865 2575 511 517 827 203 36165 9089 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000191.spe 15.05 223.94 5.84 1 1.86E-02 -0.011 9.66E-03 0.0889 26761 1.29 45 265 18 0 272 1671 5473 3979 162 379 1282 234722 473 216 608 159 0 0 774 6333 205 758 6 313 58 74 57 1031 1813 2447 537 591 973 112 35607 8901 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000192.spe 15.1 224.44 5.84 1 1.86E-02 -0.011 9.66E-03 0.0889 26688 1.18 43 272 79 11 233 1667 5421 3995 251 432 1303 233963 575 244 634 251 0 0 717 6388 118 515 45 320 46 69 145 1094 1969 2556 528 550 964 352 35552 9096 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000193.spe 15.15 224.94 5.83 1 1.86E-02 -0.011 9.66E-03 0.0889 26330 1.39 10 268 77 12 286 1671 5035 3600 172 378 1311 226735 471 174 591 182 0 0 631 6677 114 881 36 376 56 60 87 1021 1953 2458 558 599 1014 59 35192 8966 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000194.spe 15.2 225.44 5.83 1 1.86E-02 -0.011 9.63E-03 0.0889 26502 1.37 30 243 33 0 227 1704 5279 3952 174 366 1380 229287 588 165 667 176 0 0 607 6671 159 779 65 229 79 140 150 1132 1933 2547 633 499 1034 22 35487 8899 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000195.spe 15.25 225.94 5.83 1 1.86E-02 -0.011 9.62E-03 0.0889 26352 1.41 34 220 12 0 257 1648 5475 3799 96 436 1313 227029 582 306 536 132 0 0 807 7047 71 903 23 307 28 111 43 1086 1857 2424 534 566 838 21 34445 9038 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000196.spe 15.3 226.44 5.83 1 1.86E-02 -0.011 9.66E-03 0.0889 26480 1.37 10 230 62 0 198 1591 5874 3749 113 409 1331 232173 419 150 521 147 0 0 606 6949 132 1057 54 209 83 106 44 1154 1787 2678 518 467 958 186 34258 8856 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000197.spe 15.35 226.94 5.83 1 1.86E-02 -0.011 9.71E-03 0.0889 26728 1.24 16 230 25 0 189 1649 5400 3832 156 409 1293 236610 549 314 745 154 0 0 849 7374 238 879 78 268 73 114 51 1012 1820 2536 558 610 1250 134 34809 8927 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000198.spe 15.4 227.44 5.83 1 1.86E-02 -0.011 9.73E-03 0.0889 27153 1.33 0 237 41 0 191 1625 5066 3602 174 427 1288 244482 570 348 635 226 0 0 671 6960 63 1612 46 422 91 79 108 1131 1907 2481 615 620 1103 143 33230 8961 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000199.spe 15.45 227.94 5.83 1 1.86E-02 -0.011 9.66E-03 0.0889 27106 1.27 24 253 75 0 200 1559 5295 3531 115 479 1147 242655 560 265 658 212 0 0 878 7289 64 781 54 250 98 146 116 969 1955 2740 518 699 866 174 34875 8843 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000200.spe 15.5 228.44 5.82 1 1.86E-02 -0.011 9.60E-03 0.0889 27275 1.42 0 246 63 0 267 1646 5332 3788 151 424 1167 244811 462 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-0.011 9.62E-03 0.0889 25268 1.33 0 288 22 0 222 1602 5650 3446 113 435 1255 203873 662 333 738 176 0 0 604 6996 47 954 20 457 85 65 56 1052 1908 2034 566 454 666 0 36325 9037 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000583.spe 31.15 419.94 6.01 1 1.86E-02 -0.011 9.64E-03 0.0889 25192 1.31 13 272 32 0 214 1591 5778 3564 172 447 1207 203547 637 393 733 157 0 0 718 7373 186 783 51 436 93 110 33 1052 1836 2424 441 513 775 64 36688 8988 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000584.spe 31.2 420.44 6.01 1 1.86E-02 -0.011 9.66E-03 0.0889 24887 1.36 47 333 23 9 186 1566 5551 3708 139 410 1228 199236 673 410 771 233 0 0 696 7782 300 626 37 429 87 113 83 1022 1980 2129 495 473 626 0 35970 9174 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000585.spe 31.25 420.94 6.01 1 1.86E-02 -0.011 9.66E-03 0.0889 25088 1.3 0 281 21 11 204 1690 5729 3977 234 392 1356 201315 593 289 734 164 0 0 606 7742 123 820 52 395 101 115 50 1140 1874 2436 439 458 666 227 36146 8823 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000586.spe 31.3 421.44 6.01 1 1.86E-02 -0.011 9.58E-03 0.0889 25065 1.25 5 315 24 0 198 1728 5787 3752 192 399 1360 203084 559 366 674 130 0 0 798 7590 331 869 35 392 57 126 25 1088 1832 2440 431 519 670 143 35164 9134 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000587.spe 31.35 421.94 6.01 1 1.86E-02 -0.011 9.58E-03 0.0889 24844 1.44 29 330 37 0 238 1699 6369 3979 86 438 1285 201219 640 377 766 169 0 0 723 7749 227 779 28 401 87 83 73 1065 1911 2318 510 499 708 214 34669 9229 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000588.spe 31.4 422.44 6.01 1 1.86E-02 -0.011 9.58E-03 0.0889 24830 1.32 21 371 4 0 212 1675 5931 3938 183 407 1346 203763 730 511 738 223 0 0 635 7946 217 768 24 437 74 149 102 990 1908 2193 528 472 726 128 35223 8854 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000589.spe 31.45 422.94 6.01 1 1.86E-02 -0.011 9.56E-03 0.0889 25098 1.23 26 279 13 0 266 1691 5946 4490 157 406 1309 207190 665 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C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000597.spe 31.85 426.94 6.01 1 1.86E-02 -0.011 9.65E-03 0.0889 25146 1.34 17 299 15 0 191 1808 6432 4252 163 462 1349 209713 772 454 855 103 0 0 503 8837 414 1015 55 333 81 75 23 1022 1832 2043 581 520 939 55 34446 8980 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000598.spe 31.9 427.44 6.02 1 1.86E-02 -0.011 9.65E-03 0.0889 24890 1.25 19 306 29 11 253 1816 6784 4046 215 403 1393 204940 626 453 762 169 0 0 680 8612 298 734 38 310 45 144 25 1088 1890 2297 456 493 676 65 33461 9097 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000599.spe 31.95 427.94 6.02 1 1.86E-02 -0.011 9.67E-03 0.0889 24796 1.29 0 335 21 0 229 1806 6788 3778 196 474 1344 203031 674 370 780 302 0 0 656 8530 143 764 43 312 71 96 48 1011 1904 2414 380 531 671 129 34004 9283 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000600.spe 32 428.44 6.02 1 1.86E-02 -0.011 9.70E-03 0.0889 24525 1.22 19 290 5 0 202 1681 6703 3725 200 385 1255 201363 690 384 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C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000608.spe 32.4 432.44 6.03 1 1.86E-02 -0.011 9.66E-03 0.0889 25374 1.25 32 326 14 0 258 1870 7340 4154 196 462 1406 219314 722 556 742 228 0 0 653 8654 266 843 22 319 40 92 0 924 1803 2622 373 499 783 14 30976 8718 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000609.spe 32.45 432.94 6.02 1 1.86E-02 -0.011 9.62E-03 0.0889 25265 1.29 43 305 24 0 239 1794 7459 4033 45 386 1264 218819 724 650 733 324 0 0 705 8924 270 778 34 333 89 104 76 862 1744 2627 506 488 729 102 31862 8606 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000610.spe 32.5 433.44 6.02 1 1.86E-02 -0.011 9.62E-03 0.0889 25074 1.19 22 317 32 0 283 1881 7022 3988 182 467 1303 215350 709 578 776 59 0 0 736 8789 103 820 11 375 49 67 59 929 1939 2433 564 544 787 68 31605 8795 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000611.spe 32.55 433.94 6.02 1 1.86E-02 -0.011 9.60E-03 0.0889 25291 1.29 5 268 10 0 259 1681 7142 4009 290 411 1389 218021 758 480 738 189 0 0 564 8663 184 1107 13 287 64 103 40 905 1888 2677 424 660 901 45 32462 8967 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000612.spe 32.6 434.44 6.01 1 1.86E-02 -0.011 9.57E-03 0.0889 25111 1.38 30 308 8 0 235 1757 6868 3753 216 447 1266 215320 663 439 837 215 0 0 746 8968 77 771 60 310 109 80 47 966 1996 2445 558 574 640 128 31812 8836 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000613.spe 32.65 434.94 6.01 1 1.86E-02 -0.011 9.57E-03 0.0889 24908 1.18 12 276 0 0 258 1717 7076 3834 212 393 1316 210406 701 452 645 94 0 0 602 9417 136 1197 31 347 65 58 87 948 2014 2217 519 525 768 103 31689 8825 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000614.spe 32.7 435.44 6.02 1 1.86E-02 -0.011 9.57E-03 0.0889 24856 1.45 0 320 22 5 232 1849 7336 4421 150 450 1265 207827 770 524 699 257 0 0 476 9082 182 701 67 319 130 95 17 933 1877 2266 456 620 760 129 32301 8984 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000615.spe 32.75 435.94 6.02 1 1.86E-02 -0.011 9.59E-03 0.0889 24673 1.33 12 312 19 0 255 1830 6883 3928 173 414 1348 206090 815 480 830 292 0 0 632 8454 239 862 49 420 92 28 53 936 1903 2391 492 510 593 263 32761 9241 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000616.spe 32.8 436.44 6.01 1 1.86E-02 -0.011 9.58E-03 0.0889 24937 1.32 17 339 45 0 203 1917 6886 4002 242 414 1331 209083 747 547 770 213 0 0 622 8524 185 985 48 450 85 123 57 921 1896 2615 464 604 709 96 32652 8889 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000617.spe 32.85 436.94 6.01 1 1.86E-02 -0.011 9.55E-03 0.0889 24982 1.33 27 358 35 0 233 1900 7005 4372 165 446 1368 208608 762 541 775 226 0 0 672 8977 369 657 25 396 84 122 28 866 1891 2378 490 404 700 89 33056 8979 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000618.spe 32.9 437.44 6.01 1 1.86E-02 -0.011 9.58E-03 0.0889 25272 1.37 9 321 8 0 225 2045 6695 4488 224 493 1336 213373 859 544 811 190 0 0 663 8253 228 800 30 450 55 79 101 948 1955 2613 467 552 776 105 33196 9080 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18 334 8 0 208 1692 4972 3606 97 425 1228 179079 706 315 769 246 0 0 634 8432 247 755 49 363 71 79 28 1139 1977 2029 496 475 556 75 37440 9267 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000693.spe 36.65 474.94 5.99 1 1.86E-02 -0.011 9.61E-03 0.0889 24277 1.46 7 328 53 6 179 1560 4878 3984 187 452 1159 179360 548 340 595 220 0 0 464 8133 365 1127 67 391 65 42 48 1177 2000 2155 406 515 767 182 36881 9469 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000694.spe 36.7 475.44 5.99 1 1.86E-02 -0.011 9.61E-03 0.0889 23932 1.31 0 340 21 0 177 1514 4846 3562 137 343 1147 172212 608 411 771 181 0 0 541 8444 283 1139 34 280 84 53 77 1104 2042 2092 341 378 380 0 37762 9469 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000695.spe 36.75 475.94 5.99 1 1.86E-02 -0.011 9.61E-03 0.0889 24257 1.26 18 305 29 0 197 1493 4876 3526 96 395 1201 173925 543 274 690 164 0 0 550 8503 294 873 20 290 54 86 135 1264 2037 1946 394 497 493 76 39201 9404 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598 276 662 194 0 135 470 6999 153 1077 23 219 74 95 107 1320 2014 2216 355 538 594 0 43815 10139 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000700.spe 37 478.44 5.98 1 1.86E-02 -0.011 9.61E-03 0.0889 24606 1.38 0 256 30 0 153 1462 4719 3610 117 405 1124 165552 690 310 759 208 0 0 448 6276 45 946 40 218 73 101 175 1316 2020 2313 269 464 382 0 43582 9881 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000701.spe 37.05 478.94 5.98 1 1.86E-02 -0.011 9.61E-03 0.0889 25031 1.26 29 294 28 0 182 1648 4551 3760 213 359 1271 172144 612 229 654 50 0 0 445 6273 264 819 56 167 42 159 89 1332 2066 1883 455 468 403 98 44148 10056 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000702.spe 37.1 479.44 5.97 1 1.86E-02 -0.011 9.63E-03 0.0889 24725 1.39 10 309 29 0 141 1529 4663 3427 217 417 1047 169345 615 183 679 0 0 0 683 6154 240 971 23 260 30 46 116 1319 1964 1739 397 384 511 0 44172 10022 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000703.spe 37.15 479.94 5.97 1 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587 159 0 0 516 6826 84 661 16 290 60 94 28 1380 2113 2021 396 452 328 72 41990 9670 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000722.spe 38.1 489.44 5.95 1 1.86E-02 -0.011 9.54E-03 0.0889 24772 1.25 33 297 19 0 152 1524 4552 3618 218 401 1227 171973 627 309 763 117 0 0 491 6760 268 705 46 226 43 86 97 1361 2111 1803 466 490 488 81 41587 9780 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000723.spe 38.15 489.94 5.95 1 1.86E-02 -0.011 9.57E-03 0.0889 24808 1.43 17 293 49 25 156 1509 4899 3959 90 387 1206 174514 597 224 673 150 0 0 437 7301 287 693 31 263 133 89 0 1303 1983 1994 403 364 557 0 41117 9836 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000724.spe 38.2 490.44 5.95 1 1.86E-02 -0.011 9.68E-03 0.0889 24938 1.38 32 239 35 0 157 1533 4657 3861 156 405 1207 174896 749 387 648 159 0 0 517 7214 272 969 53 231 45 118 119 1250 2086 2109 340 387 643 0 42473 10100 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000725.spe 38.25 490.94 5.95 1 1.86E-02 -0.011 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136 0 0 668 6898 259 1000 31 297 68 43 79 1216 2020 1967 450 376 525 0 43002 9874 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000733.spe 38.65 494.94 5.94 1 1.86E-02 -0.011 9.55E-03 0.0889 25184 1.29 45 304 12 7 224 1649 4654 3744 178 425 1165 174119 774 235 740 149 0 0 661 6598 274 748 31 263 89 77 105 1382 2048 2084 484 416 562 82 43834 10249 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000734.spe 38.7 495.44 5.94 1 1.86E-02 -0.011 9.58E-03 0.0889 25347 1.38 12 276 5 0 173 1647 4937 3652 158 403 1254 176143 754 407 770 178 0 0 532 6229 282 595 17 199 83 87 43 1341 2032 1997 414 461 321 0 43211 9925 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000735.spe 38.75 495.94 5.94 1 1.86E-02 -0.011 9.61E-03 0.0889 25292 1.61 22 301 0 17 128 1595 4900 3691 164 391 1248 178835 689 339 540 133 0 0 626 6107 158 560 55 219 103 140 66 1201 2078 2055 283 575 490 42 42961 10026 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L000736.spe 38.8 496.44 5.94 1 1.86E-02 -0.011 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0 0 497 7712 291 897 12 225 71 64 12 1180 1944 1774 339 426 289 27 41395 9471 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001043.spe 49.65 649.94 5.85 1 1.86E-02 -0.011 9.55E-03 0.0889 23184 1.31 24 248 36 21 202 1030 5038 2711 142 371 1140 149356 509 305 585 126 0 0 392 7604 330 1088 16 154 83 96 75 1211 1852 1550 438 388 215 13 42448 9834 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001044.spe 49.7 650.44 5.85 1 1.86E-02 -0.011 9.54E-03 0.0889 23357 1.34 8 235 35 0 172 1131 4912 2717 198 294 1028 152360 480 249 737 208 0 0 397 7580 206 868 62 204 60 87 75 1197 1950 1931 359 412 274 0 42588 9568 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001045.spe 49.75 650.94 5.86 1 1.86E-02 -0.011 9.54E-03 0.0889 23211 1.25 14 256 6 0 170 1027 4600 2568 115 316 1041 148921 508 114 465 137 0 0 311 7740 211 807 46 126 32 111 89 1209 1972 1785 293 291 262 0 42068 9827 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001046.spe 49.8 651.44 5.86 1 1.86E-02 -0.011 9.58E-03 0.0889 23381 1.34 34 250 46 0 191 1074 4652 2799 104 350 1012 150005 553 121 585 86 0 0 331 7906 304 856 56 164 60 110 79 1267 2134 1690 291 451 295 0 42884 10038 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001047.spe 49.85 651.94 5.86 1 1.86E-02 -0.011 9.60E-03 0.0889 23138 1.37 0 217 29 6 168 1035 4543 2609 91 333 1146 146003 494 189 592 5 0 0 584 7846 557 817 47 183 87 100 83 1334 1997 1807 304 426 351 0 43021 9585 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001048.spe 49.9 652.44 5.87 1 1.86E-02 -0.011 9.58E-03 0.0889 23508 1.39 30 250 25 0 199 1005 5070 2944 214 270 1022 151986 456 315 481 324 0 0 476 7462 219 1465 20 169 37 87 0 1176 2149 1851 350 381 371 0 42456 9765 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001049.spe 49.95 652.94 5.87 1 1.86E-02 -0.011 9.58E-03 0.0889 23356 1.29 0 277 25 0 190 973 4984 2804 173 332 1120 151367 499 283 508 296 0 0 398 7693 331 928 32 146 13 119 31 1330 2157 2013 280 298 410 0 41951 10002 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108 0 0 412 7450 275 998 43 180 83 94 48 1274 1988 1703 394 424 294 0 41923 9417 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001054.spe 50.2 655.44 5.89 1 1.86E-02 -0.011 9.57E-03 0.0889 22936 1.37 0 229 33 0 171 964 5259 2385 152 345 1066 149285 490 219 476 103 0 0 258 7476 485 804 59 140 51 109 70 1231 1896 1822 358 435 338 82 41116 9301 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001055.spe 50.25 655.94 5.89 1 1.86E-02 -0.011 9.58E-03 0.0889 22843 1.36 19 266 31 5 156 970 4865 2352 153 345 1054 150909 563 221 525 99 0 0 413 7542 257 759 71 164 65 73 100 1220 2118 1716 387 365 369 0 40760 9321 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001056.spe 50.3 656.44 5.89 1 1.86E-02 -0.011 9.58E-03 0.0889 23384 1.27 0 219 40 0 179 1039 5037 3023 153 315 1094 159932 491 280 445 247 0 0 424 7783 292 1144 47 196 29 79 84 1169 1884 1644 359 352 307 0 40276 9412 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001057.spe 50.35 656.94 5.9 1 1.86E-02 -0.011 9.54E-03 0.0889 22816 1.16 19 261 51 0 179 998 4939 2793 163 326 1105 154027 510 258 619 164 0 0 509 8106 148 1288 52 215 59 103 80 1192 1989 1938 322 414 467 0 39267 9374 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001058.spe 50.4 657.44 5.9 1 1.86E-02 -0.011 9.51E-03 0.0889 22937 1.39 17 266 0 0 197 1021 5071 3077 159 368 1116 155223 575 224 649 217 0 0 533 8535 335 965 14 174 52 77 84 1138 1996 1963 309 471 356 61 39294 9626 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001059.spe 50.45 657.94 5.91 1 1.86E-02 -0.011 9.57E-03 0.0889 23191 1.26 0 230 36 0 173 973 5359 3166 147 333 1044 159107 516 285 456 286 0 0 376 7915 167 918 36 143 19 73 0 1131 1950 1746 398 336 369 0 39802 9445 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001060.spe 50.5 658.44 5.91 1 1.86E-02 -0.011 9.60E-03 0.0889 23019 1.26 30 238 28 0 188 1126 5145 2712 170 390 1051 153240 471 349 434 151 0 0 456 8833 329 833 21 201 47 64 0 1126 2060 1753 334 273 266 54 40152 9342 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113 0 0 401 7833 303 1687 33 217 56 104 120 1215 2019 1996 355 411 311 0 38552 9131 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001065.spe 50.75 660.94 5.93 1 1.86E-02 -0.011 9.49E-03 0.0889 22629 1.3 9 233 17 6 224 1052 5154 2540 107 353 1003 153732 444 282 567 136 0 0 394 8097 226 1033 17 238 0 107 0 1067 1978 1947 286 356 356 128 38694 9366 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001066.spe 50.8 661.44 5.93 1 1.86E-02 -0.011 9.47E-03 0.0889 22725 1.43 15 259 37 0 193 1008 5284 2781 174 364 1029 151709 644 348 563 225 0 0 390 8549 138 703 28 294 28 59 14 1117 1991 1989 347 451 184 0 39702 9353 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001067.spe 50.85 661.94 5.94 1 1.86E-02 -0.011 9.47E-03 0.0889 22967 1.32 11 196 46 0 166 1096 5323 3117 197 293 1141 154496 626 302 564 204 0 0 477 8131 15 1244 59 179 44 147 58 1148 1897 1780 384 324 308 0 39914 9389 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001068.spe 50.9 662.44 5.94 1 1.86E-02 -0.011 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-0.011 9.66E-03 0.0889 24328 1.3 0 322 19 0 214 1295 6442 3243 168 405 1218 176989 677 285 683 137 0 0 457 8847 275 832 7 198 23 104 124 1137 2069 2229 488 352 433 0 38414 9425 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001080.spe 51.5 668.44 5.96 1 1.86E-02 -0.011 9.66E-03 0.0889 24360 1.5 40 354 42 0 258 1360 6415 3312 202 415 1208 177771 653 336 507 158 0 0 574 8866 170 1040 30 196 32 110 46 1150 2189 2160 393 369 493 155 37547 9458 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001081.spe 51.55 668.94 5.96 1 1.86E-02 -0.011 9.66E-03 0.0889 24256 1.24 15 327 21 0 238 1306 6405 3529 169 365 1216 175889 669 433 647 194 0 0 482 8680 317 1467 28 237 75 101 4 1120 2037 2140 447 455 491 84 37967 9743 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001082.spe 51.6 669.44 5.95 1 1.86E-02 -0.011 9.64E-03 0.0889 24558 1.53 30 344 52 0 208 1406 6340 3780 152 420 1323 180972 564 179 631 178 0 0 432 8890 321 1155 55 262 93 73 39 1234 2020 1982 426 419 541 46 37942 9421 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315 634 127 0 0 726 7482 250 669 0 249 113 101 20 1084 1935 2408 426 423 742 45 36378 8899 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001299.spe 57.35 777.94 6 1 1.86E-02 -0.011 9.53E-03 0.0889 24418 1.31 31 217 7 0 215 1577 6476 3557 178 408 1263 187306 578 410 735 165 0 0 728 7952 86 847 30 352 56 78 14 1014 1950 2257 374 464 582 149 36874 9345 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001300.spe 57.4 778.44 6 1 1.86E-02 -0.011 9.52E-03 0.0889 24876 1.5 24 263 33 21 248 1678 6056 3642 179 421 1168 193634 593 127 726 128 0 0 575 8135 214 665 35 328 70 111 97 1149 1827 2135 494 449 684 101 36987 9349 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001301.spe 57.45 778.94 6 1 1.86E-02 -0.011 9.52E-03 0.0889 24603 1.29 17 247 23 15 214 1661 6124 3892 159 465 1262 189134 577 314 674 210 0 0 588 7827 270 1003 29 422 58 46 70 1046 1942 2247 519 441 683 31 36812 8941 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001302.spe 57.5 779.44 6 1 1.86E-02 -0.011 9.54E-03 0.0889 24710 1.4 24 274 14 13 238 1701 6443 3720 199 414 1188 188167 635 332 600 277 0 0 698 8026 247 1133 18 308 41 113 86 1066 1921 2329 507 447 482 217 37593 9499 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001303.spe 57.55 779.94 6 1 1.86E-02 -0.011 9.62E-03 0.0889 24876 1.29 28 219 21 0 223 1519 6104 3578 166 401 1249 190493 663 187 677 227 0 0 456 7536 308 947 26 280 70 52 82 1173 1856 2219 516 431 535 5 37832 9194 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001304.spe 57.6 780.44 6 1 1.86E-02 -0.011 9.65E-03 0.0889 24531 1.32 8 279 12 4 223 1597 6598 3487 133 398 1225 186264 637 305 749 136 0 0 569 7449 277 1249 25 293 86 102 99 1065 2033 2051 415 526 519 13 37683 9401 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001305.spe 57.65 780.94 5.99 1 1.86E-02 -0.011 9.68E-03 0.0889 24450 1.34 19 300 20 0 205 1568 6675 3873 155 424 1326 186319 564 338 805 200 0 0 536 7758 325 774 31 358 73 81 117 1125 2000 2082 511 397 508 58 36988 9149 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001306.spe 57.7 781.44 6 1 1.86E-02 -0.011 9.61E-03 0.0889 24561 1.34 0 265 31 0 180 1688 6624 3914 226 431 1299 188411 590 196 719 246 0 0 589 8437 238 1024 60 318 58 115 130 1123 1929 2201 450 501 555 138 36702 9563 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001307.spe 57.75 781.94 6 1 1.86E-02 -0.011 9.58E-03 0.0889 24463 1.33 9 273 33 0 221 1660 6310 3766 194 386 1257 188209 597 344 719 170 0 0 595 7889 69 728 42 358 65 98 16 1095 1832 2062 459 431 511 60 36815 9072 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001308.spe 57.8 782.44 6 1 1.86E-02 -0.011 9.55E-03 0.0889 24129 1.24 7 249 28 0 218 1525 6234 3488 118 396 1112 182821 543 286 619 220 0 0 524 7947 47 717 26 389 96 57 108 992 1957 2389 347 429 504 159 36920 9406 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001309.spe 57.85 782.94 6 1 1.86E-02 -0.011 9.61E-03 0.0889 24255 1.31 9 249 30 0 213 1581 5894 3730 203 334 1231 184931 564 260 733 224 0 0 565 7790 311 2133 14 271 23 131 99 1140 1900 2231 397 433 593 117 36061 9013 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001310.spe 57.9 783.44 6.01 1 1.86E-02 -0.011 9.61E-03 0.0889 23554 1.23 34 262 27 0 233 1447 6351 3665 145 333 1166 175873 530 308 712 167 0 0 542 7956 96 1115 26 221 38 145 85 1110 1941 2091 303 479 518 0 35981 9171 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001311.spe 57.95 783.94 6 1 1.86E-02 -0.011 9.63E-03 0.0889 23510 1.31 0 281 8 0 179 1601 5915 3837 101 417 1174 178816 525 313 646 124 0 0 604 7848 219 970 45 403 55 77 72 1059 1839 1980 381 508 576 0 35191 9054 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001312.spe 58 784.44 6 1 1.86E-02 -0.011 9.63E-03 0.0889 23449 1.31 14 300 49 0 189 1488 6507 3718 133 380 1184 178162 534 349 657 282 0 0 574 8624 151 913 47 339 65 66 0 958 1869 2040 354 414 538 0 34689 8875 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001313.spe 58.05 784.94 5.99 1 1.86E-02 -0.011 9.59E-03 0.0889 24078 1.32 26 271 29 0 244 1482 6351 4554 218 404 1172 187828 534 288 606 194 0 0 649 8728 99 1149 24 291 37 77 24 1009 1882 2175 388 458 511 160 34003 8938 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001314.spe 58.1 785.44 6 1 1.86E-02 -0.011 9.57E-03 0.0889 24082 1.46 12 275 27 29 213 1493 6158 4296 333 287 1254 188003 619 326 733 375 0 0 736 8537 243 1158 33 299 100 92 41 1079 1944 2270 395 431 649 27 34435 9115 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001315.spe 58.15 785.94 6 1 1.86E-02 -0.011 9.67E-03 0.0889 24028 1.28 13 282 35 0 163 1643 6823 3691 200 338 1237 188837 576 313 742 294 0 0 401 8210 227 953 31 252 21 115 96 1103 2020 2144 482 466 541 133 34120 8800 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001316.spe 58.2 786.44 6 1 1.86E-02 -0.011 9.67E-03 0.0889 23233 1.17 45 321 37 10 227 1686 6875 3910 159 401 1084 177157 542 364 763 229 0 0 404 8892 313 1028 36 333 68 68 63 1034 2236 2136 410 467 639 75 33931 8870 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001317.spe 58.25 786.94 6 1 1.86E-02 -0.011 9.65E-03 0.0889 23370 1.3 32 301 10 0 223 1395 7610 4571 95 370 1169 176720 420 364 612 205 0 0 540 10808 321 1314 21 226 44 93 0 1011 2077 2069 307 336 405 54 33641 9018 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001318.spe 58.3 787.44 6 1 1.86E-02 -0.011 9.63E-03 0.0889 23942 1.42 32 263 26 0 194 1327 6380 4017 191 349 1268 179273 430 246 776 174 0 0 562 10365 228 1150 31 288 54 59 135 1177 2046 2342 324 513 492 55 35282 9375 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001319.spe 58.35 787.94 6 1 1.86E-02 -0.011 9.63E-03 0.0889 23832 1.56 0 280 31 0 172 1334 5875 3172 202 380 1143 170570 521 291 654 271 0 0 524 9253 194 1115 57 363 28 84 15 1199 1937 2138 275 429 351 29 37145 9901 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001320.spe 58.4 788.44 6 1 1.86E-02 -0.011 9.67E-03 0.0889 24207 1.4 38 304 17 9 186 1441 5866 3607 175 382 1223 174561 696 166 784 137 0 0 538 8193 253 877 66 298 62 82 114 1240 2001 2031 449 467 543 0 38341 9537 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001321.spe 58.45 788.94 6.01 1 1.86E-02 -0.011 9.67E-03 0.0889 23753 1.17 0 246 30 0 215 1387 5830 3663 136 406 1170 169654 504 369 664 279 0 0 524 8050 293 939 32 242 92 108 25 1113 2027 2091 323 479 410 88 38308 9312 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001322.spe 58.5 789.44 6.01 1 1.86E-02 -0.011 9.68E-03 0.0889 23658 1.26 13 283 37 0 240 1486 5981 3477 218 397 1215 168077 559 339 722 379 0 0 602 7963 140 896 43 210 42 90 83 1106 2007 2033 337 423 400 115 38265 9400 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001323.spe 58.55 789.94 6.01 1 1.86E-02 -0.011 9.66E-03 0.0889 23738 1.3 31 326 16 9 210 1510 5900 3896 147 412 1232 170368 616 352 656 36 0 0 493 8183 80 930 49 255 27 118 113 1201 1979 2047 337 367 546 0 37628 9358 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001324.spe 58.6 790.44 6.01 1 1.86E-02 -0.011 9.64E-03 0.0889 23296 1.33 9 318 25 0 244 1514 6169 3862 219 349 1132 165010 570 234 604 200 0 0 562 8614 199 956 29 299 11 85 40 1197 1975 1878 413 420 662 53 36539 8905 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001325.spe 58.65 790.94 6.01 1 1.86E-02 -0.011 9.64E-03 0.0889 22981 1.44 25 311 20 8 234 1417 6374 3592 166 407 1269 162780 636 363 676 188 0 0 508 8896 219 675 45 315 80 105 73 1112 2021 1580 407 347 360 54 37097 9274 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001326.spe 58.7 791.44 6.01 1 1.86E-02 -0.011 9.58E-03 0.0889 23104 1.34 25 289 5 0 223 1331 6344 3682 108 373 1186 163336 474 209 612 71 0 0 539 9501 307 1195 44 349 71 86 74 1012 1848 1974 423 327 356 0 37414 9551 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001327.spe 58.75 791.94 6.01 1 1.86E-02 -0.011 9.53E-03 0.0889 23448 1.31 0 271 12 7 226 1408 6604 3350 180 352 1135 165720 607 339 764 241 0 0 576 9362 147 1316 18 216 63 127 80 1016 2056 1996 403 467 384 100 37392 9384 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001328.spe 58.8 792.44 6.01 1 1.86E-02 -0.011 9.55E-03 0.0889 23640 1.34 37 312 44 0 209 1458 6196 3474 118 357 1181 167506 660 340 707 107 0 0 531 8747 342 1024 52 218 99 160 57 1245 2026 2217 318 435 504 0 37750 9203 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001329.spe 58.85 792.94 6.02 1 1.86E-02 -0.011 9.59E-03 0.0889 23117 1.31 0 298 51 21 243 1477 6297 3955 124 370 1211 163549 545 398 620 258 0 0 489 7905 205 1114 58 295 75 95 98 1048 2008 2111 383 572 411 100 37078 9150 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001330.spe 58.9 793.44 6.02 1 1.86E-02 -0.011 9.63E-03 0.0889 22724 1.35 0 290 17 0 237 1347 6763 3654 155 343 1163 159927 407 261 596 213 0 0 493 9236 347 824 27 223 58 93 64 1071 1997 2009 312 352 302 80 35708 9176 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001331.spe 58.95 793.94 6.01 1 1.86E-02 -0.011 9.65E-03 0.0889 23533 1.37 28 280 28 6 218 1467 6069 3765 221 419 1337 172540 562 380 699 213 0 0 569 9712 411 1088 34 257 45 83 52 1032 2105 2189 391 417 519 206 35983 9494 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001332.spe 59 794.44 6.01 1 1.86E-02 -0.011 9.56E-03 0.0889 23522 1.37 35 273 19 0 157 1525 5927 4020 175 383 1335 170665 591 294 786 146 0 0 589 9275 247 1205 64 254 67 156 61 1111 1871 1854 452 430 456 187 37266 9370 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001333.spe 59.05 794.94 6.02 1 1.86E-02 -0.011 9.56E-03 0.0889 23591 1.23 15 290 40 9 200 1421 6388 3644 155 355 1164 167713 452 297 682 227 0 0 585 9169 387 1012 38 195 67 102 78 1088 2022 2095 325 420 300 105 38212 9426 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001334.spe 59.1 795.44 6.01 1 1.86E-02 -0.011 9.54E-03 0.0889 23787 1.33 0 270 21 0 216 1566 7495 3550 217 361 1174 168412 511 251 658 74 0 0 526 8932 127 1017 24 274 15 97 61 1155 1897 1979 373 476 399 0 38434 9931 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001335.spe 59.15 795.94 6.02 1 1.86E-02 -0.011 9.61E-03 0.0889 24252 1.27 38 317 17 0 214 1569 6567 3515 239 325 1293 172853 535 509 663 172 0 0 425 8516 172 943 46 239 57 74 59 1196 2232 2325 432 475 408 114 38990 9599 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001336.spe 59.2 796.44 6.01 1 1.86E-02 -0.011 9.61E-03 0.0889 24293 1.17 39 331 17 0 203 1582 5929 3910 155 366 1204 174072 577 304 676 332 0 0 406 7714 260 727 58 333 104 105 123 1160 2121 2017 403 439 412 182 39011 9628 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001337.spe 59.25 796.94 6.01 1 1.86E-02 -0.011 9.64E-03 0.0889 23276 1.34 22 281 35 0 229 1435 5654 3248 226 387 1109 161028 606 369 679 243 0 0 491 7646 189 705 39 314 44 44 147 1221 1997 1782 413 483 374 0 39301 9499 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001338.spe 59.3 797.44 6.02 1 1.86E-02 -0.011 9.64E-03 0.0889 23035 1.18 35 254 43 0 230 1236 6390 3145 208 392 1178 157322 475 187 703 88 0 0 572 7677 158 958 35 274 63 64 91 1175 2051 1741 397 359 275 70 38573 9505 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001339.spe 59.35 797.94 6.02 1 1.86E-02 -0.011 9.66E-03 0.0889 23047 1.4 18 204 0 0 190 1283 5892 3164 252 364 1192 160328 574 265 704 195 0 0 486 7914 94 1108 30 281 50 66 71 1127 2138 1841 371 375 392 47 37438 9355 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001340.spe 59.4 798.44 6.02 1 1.86E-02 -0.011 9.66E-03 0.0889 23484 1.13 0 248 31 0 202 1425 6196 4255 207 355 1432 173213 579 410 688 275 0 0 656 8078 282 784 16 208 68 146 69 1026 2028 2090 409 434 315 65 37245 9277 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001341.spe 59.45 798.94 6.02 1 1.86E-02 -0.011 9.68E-03 0.0889 23403 1.2 15 294 31 0 252 1366 6274 3784 192 424 1307 172414 520 319 673 270 0 0 466 8821 173 1134 20 219 62 144 67 1034 1911 2233 357 406 322 217 35609 9445 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001342.spe 59.5 799.44 6.02 1 1.86E-02 -0.011 9.65E-03 0.0889 23413 1.33 16 269 30 0 241 1535 6257 3783 200 411 1256 170202 541 255 730 269 0 0 439 8772 245 1325 12 398 49 85 75 1057 2021 2193 341 436 449 66 36492 9261 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001343.spe 59.55 799.94 6.02 1 1.86E-02 -0.011 9.63E-03 0.0889 23051 1.39 0 277 13 0 188 1553 6462 3859 190 397 1168 161256 618 254 671 231 0 0 688 9221 145 1148 48 348 61 71 105 1118 2003 2247 415 422 370 0 36797 9394 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001344.spe 59.6 800.44 6.02 1 1.86E-02 -0.011 9.63E-03 0.0889 23499 1.26 13 254 12 0 151 1501 5750 3843 222 371 1274 167922 668 408 692 285 0 0 369 8510 254 741 83 293 50 72 63 1061 2256 2031 365 480 547 0 37571 9423 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001345.spe 59.65 800.94 6.02 1 1.86E-02 -0.011 9.59E-03 0.0889 23697 1.21 47 304 26 0 244 1363 5974 3330 111 423 1412 172472 512 344 864 237 0 0 499 8248 311 1101 32 261 57 142 92 1115 2048 1855 450 477 468 120 37268 9455 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001346.spe 59.7 801.44 6.02 1 1.86E-02 -0.011 9.56E-03 0.0889 22795 1.33 25 276 18 0 247 1573 5681 4005 149 397 1291 167610 579 250 614 199 0 0 435 8093 79 833 19 208 50 145 76 1020 1966 1990 431 412 413 145 35910 9050 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001347.spe 59.75 801.94 6.02 1 1.86E-02 -0.011 9.60E-03 0.0889 22820 1.33 35 238 30 0 226 1353 5743 3647 103 382 1248 166723 615 314 559 227 0 0 604 8676 271 701 11 321 82 98 28 991 2113 1936 387 369 360 96 35407 9191 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001348.spe 59.8 802.44 6.03 1 1.86E-02 -0.011 9.63E-03 0.0889 23401 1.36 26 222 47 0 242 1422 6056 3563 174 356 1303 171807 603 353 709 166 0 0 609 8551 220 825 9 295 60 121 89 1054 1980 2056 378 464 573 69 36469 9172 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001349.spe 59.85 802.94 6.03 1 1.86E-02 -0.011 9.56E-03 0.0889 24129 1.33 25 241 35 0 223 1515 6303 4230 154 415 1369 183311 539 254 800 254 0 0 719 8913 254 943 46 377 84 60 50 1099 2035 2054 431 431 685 0 35407 9224 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9.61E-03 0.0889 24960 1.4 12 203 31 0 224 1328 5340 3270 230 311 1308 180078 619 296 605 107 0 0 511 6877 436 850 13 281 68 22 71 1292 2091 1892 458 368 556 94 40936 9752 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001380.spe 61.4 818.44 6.03 1 1.86E-02 -0.011 9.73E-03 0.0889 23849 1.32 45 205 43 0 202 1228 5359 3191 143 370 1282 167093 568 308 600 90 0 0 546 7228 297 1267 50 153 82 166 69 1251 2048 2334 393 412 576 35 40353 9786 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001381.spe 61.45 818.94 6.04 1 1.86E-02 -0.011 9.72E-03 0.0889 24845 1.33 0 200 4 0 189 1282 5147 3352 165 371 1230 182349 632 263 609 228 0 0 560 7644 216 716 37 184 82 121 110 1148 2433 2218 429 450 591 28 40032 9729 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001382.spe 61.5 819.44 6.04 1 1.86E-02 -0.011 9.72E-03 0.0889 24836 1.22 24 214 42 0 187 1348 5012 3320 164 412 1288 183735 595 392 756 225 0 0 496 6860 204 889 59 271 92 74 77 1149 2237 2232 373 440 488 261 39990 9527 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001383.spe 61.55 819.94 6.04 1 1.86E-02 -0.011 9.71E-03 0.0889 24353 1.37 13 224 0 0 203 1369 5070 3359 167 323 1269 179953 573 203 676 135 0 0 549 6865 103 623 36 263 55 63 118 1293 1968 2068 477 391 520 10 38872 9196 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001384.spe 61.6 820.44 6.04 1 1.86E-02 -0.011 9.73E-03 0.0889 24515 1.38 16 240 21 0 214 1238 5307 3293 171 303 1229 182140 552 299 711 153 0 0 584 7462 371 777 35 242 38 111 65 1172 2021 2170 419 597 597 36 39424 9098 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001385.spe 61.65 820.94 6.04 1 1.86E-02 -0.011 9.73E-03 0.0889 25450 1.36 43 260 56 0 178 1349 5753 3756 134 415 1413 199360 608 229 673 161 0 0 713 7166 321 1260 50 232 78 96 67 1117 1946 2208 577 333 740 0 37802 9182 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001386.spe 61.7 821.44 6.04 1 1.86E-02 -0.011 9.74E-03 0.0889 25160 1.4 21 267 56 0 154 1307 5586 3422 162 367 1419 191317 623 383 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C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001394.spe 62.1 825.44 6.03 1 1.86E-02 -0.011 9.67E-03 0.0889 25164 1.3 33 298 45 0 240 1528 5834 3616 117 356 1370 183804 594 260 761 187 0 0 508 8053 327 901 48 274 67 100 128 1303 2144 2315 333 504 702 57 39598 9750 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001395.spe 62.15 825.94 6.03 1 1.86E-02 -0.011 9.67E-03 0.0889 24916 1.26 8 312 56 0 208 1371 5993 3806 167 366 1345 181845 534 238 581 242 0 0 717 8429 213 941 26 143 53 123 130 1219 2207 2167 488 471 550 152 39464 9737 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001396.spe 62.2 826.44 6.03 1 1.86E-02 -0.011 9.68E-03 0.0889 24553 1.34 0 341 25 0 234 1415 6311 3774 119 340 1313 178417 531 288 605 273 0 0 491 8102 378 861 33 214 70 84 53 1112 2043 2150 368 378 537 50 38627 9399 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001397.spe 62.25 826.94 6.03 1 1.86E-02 -0.011 9.68E-03 0.0889 23092 1.37 7 289 44 0 233 1190 6240 3041 72 352 1114 162785 482 158 643 38 0 0 502 8084 161 945 34 217 83 90 147 1221 1841 1973 454 350 431 0 38023 9307 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001398.spe 62.3 827.44 6.03 1 1.86E-02 -0.011 9.65E-03 0.0889 22694 1.6 21 227 34 0 230 1189 5368 2854 179 321 1173 158515 400 215 643 213 0 0 384 8720 0 940 36 222 37 67 117 1136 1888 2030 312 464 302 0 37788 9220 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001399.spe 62.35 827.94 6.03 1 1.86E-02 -0.011 9.65E-03 0.0889 22488 1.36 13 234 48 0 200 1105 4839 2834 148 312 1019 153994 437 211 605 225 0 0 529 8564 253 1018 33 210 37 50 66 1101 1861 1723 305 315 326 60 37802 9345 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001400.spe 62.4 828.44 6.03 1 1.86E-02 -0.011 9.67E-03 0.0889 24298 1.29 39 251 32 0 221 1299 5562 3230 157 325 1288 176893 476 272 531 274 0 0 597 8491 159 1129 22 196 55 97 60 1134 2024 2007 436 445 504 48 38183 9506 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001401.spe 62.45 828.94 6.03 1 1.86E-02 -0.011 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714 128 0 0 506 8608 453 911 58 230 37 105 36 1169 1980 2148 281 422 496 99 38134 9350 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001431.spe 63.95 843.94 6.02 1 1.86E-02 -0.011 9.59E-03 0.0889 23676 1.45 22 251 21 0 242 1381 6703 3479 146 340 1114 168577 531 231 721 170 0 0 424 9057 132 744 36 296 87 47 118 1172 1991 2005 372 374 369 0 38115 9594 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001432.spe 64 844.44 6.02 1 1.86E-02 -0.011 9.57E-03 0.0889 23665 1.39 38 263 18 0 215 1419 6796 3554 93 375 1084 164531 609 310 770 187 0 0 522 9439 263 1151 24 266 59 92 136 1193 2112 1957 309 452 494 0 38099 9551 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001433.spe 64.05 844.94 6.02 1 1.86E-02 -0.011 9.57E-03 0.0889 24007 1.32 34 273 34 0 175 1515 7003 3740 139 322 1198 172288 523 151 631 260 0 0 431 9045 263 732 41 267 96 135 0 1026 1995 1920 424 436 385 53 37430 9339 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001434.spe 64.1 845.44 6.01 1 1.86E-02 -0.011 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860 288 0 0 476 13222 225 1993 22 244 91 126 116 790 1894 2082 446 448 610 161 26645 8338 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001442.spe 64.5 849.44 6.01 1 1.86E-02 -0.011 9.45E-03 0.0889 22638 1.33 14 302 24 0 188 1622 10495 4159 170 387 1111 187094 423 228 773 308 0 0 349 13486 199 1212 38 285 89 91 55 749 1967 2090 380 446 541 94 26163 8093 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001443.spe 64.55 849.94 6.01 1 1.86E-02 -0.011 9.54E-03 0.0889 22052 1.31 0 298 12 0 238 1573 10733 3471 233 296 1141 181646 434 71 657 203 0 0 535 13406 281 1098 10 299 46 108 76 804 1996 2025 386 478 566 194 25957 8064 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001444.spe 64.6 850.44 6.01 1 1.86E-02 -0.011 9.56E-03 0.0889 21976 1.39 10 280 28 0 190 1462 10358 3444 155 251 1056 184874 331 125 573 137 0 0 587 13324 165 1063 30 281 81 126 0 802 1647 2298 396 354 613 0 25635 7959 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001445.spe 64.65 850.94 6.02 1 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564 250 752 347 0 0 550 8901 396 956 37 288 39 92 112 1137 2271 2167 383 553 511 107 40012 9932 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001453.spe 65.05 854.94 6.04 1 1.86E-02 -0.011 9.61E-03 0.0889 24629 1.32 23 263 36 0 237 1273 5754 3286 198 322 1204 176369 559 208 657 163 0 0 508 8068 0 1010 13 214 6 131 41 1259 2200 2069 424 352 512 0 40014 9392 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001454.spe 65.1 855.44 6.04 1 1.86E-02 -0.011 9.58E-03 0.0889 24409 1.33 10 252 35 0 204 1431 6035 3381 124 315 1072 173182 621 71 582 245 0 0 478 8326 150 947 38 233 51 129 63 1227 2014 2231 362 473 517 29 38937 9580 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001455.spe 65.15 855.94 6.04 1 1.86E-02 -0.011 9.55E-03 0.0889 24697 1.29 12 255 65 0 209 1338 5367 3377 205 370 1125 178418 513 152 657 78 0 0 518 8420 211 983 13 215 51 95 72 1338 2007 2201 431 545 469 77 39404 9733 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001456.spe 65.2 856.44 6.03 1 1.86E-02 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0.0889 22951 1.28 0 266 52 0 253 1347 4751 2845 133 378 1136 152699 581 171 672 88 0 0 527 7293 163 805 39 268 55 107 166 1363 2021 1936 439 307 274 51 39790 9250 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001710.spe 71.3 983.44 6.13 1 1.86E-02 -0.011 9.61E-03 0.0889 22494 1.25 0 272 25 0 177 1281 4465 2951 129 361 996 146008 466 164 565 146 0 0 431 6992 259 775 36 235 66 66 43 1196 1962 2023 275 345 305 31 40092 9326 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001711.spe 71.35 983.94 6.13 1 1.86E-02 -0.011 9.61E-03 0.0889 22019 1.48 0 269 32 0 253 1398 4999 3056 115 404 1065 152065 592 150 539 148 0 0 350 6672 301 755 25 217 22 95 98 1171 1823 2035 312 338 356 0 36580 8866 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001712.spe 71.4 984.44 6.15 1 1.86E-02 -0.011 9.58E-03 0.0889 20761 1.33 0 233 9 0 265 1163 4832 2873 53 332 1009 145699 502 389 495 220 0 0 542 6783 192 647 25 145 102 143 110 1098 1913 1732 291 499 367 68 34849 8292 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1.36 0 227 23 0 303 1230 4979 2715 166 382 1004 153983 586 230 637 114 0 0 359 7283 208 885 32 274 46 52 106 1123 2057 1735 373 360 270 11 38993 9106 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001721.spe 71.85 988.94 6.21 0 1.86E-02 -0.011 9.63E-03 0.0889 23758 1.36 14 227 37 18 280 1160 4708 2819 121 385 1033 154781 557 143 541 174 0 0 485 7081 322 871 32 306 47 24 73 1352 2028 1885 406 390 355 12 42730 9641 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001722.spe 71.9 989.44 6.18 1 1.86E-02 -0.011 9.68E-03 0.0889 24694 1.31 12 263 56 9 297 1299 4939 3023 97 408 1207 158929 633 273 616 289 0 0 421 7113 224 854 40 180 98 131 115 1372 2262 1762 378 396 353 0 44679 10038 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001723.spe 71.95 989.94 6.16 1 1.86E-02 -0.011 9.72E-03 0.0889 24521 1.27 13 276 40 0 236 1110 4869 2793 107 387 1157 152186 515 246 524 314 0 0 496 6954 340 751 42 226 75 50 149 1350 2321 1702 328 408 407 0 46451 10010 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9.56E-03 0.0889 23858 1.29 0 218 70 28 259 1189 4901 3259 95 388 1256 154297 590 155 507 144 0 0 616 6885 270 954 32 153 51 119 141 1453 2091 1961 375 423 350 26 42528 9609 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001732.spe 72.4 994.44 6.14 1 1.86E-02 -0.011 9.54E-03 0.0889 23063 1.41 14 245 40 0 211 1174 4459 2899 70 311 1038 146257 545 191 547 76 0 0 517 6982 297 1020 65 254 79 115 129 1185 2088 1975 282 477 504 0 42282 9342 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001733.spe 72.45 994.94 6.15 1 1.86E-02 -0.011 9.52E-03 0.0889 23748 1.44 0 259 30 0 250 1140 5150 2980 140 306 1054 151594 435 188 531 133 0 0 444 7318 207 949 16 167 37 109 105 1369 2125 1970 368 371 325 0 42723 9850 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001734.spe 72.5 995.44 6.15 1 1.86E-02 -0.011 9.71E-03 0.0889 24113 1.37 0 261 50 0 189 1228 5057 2950 163 402 1044 156182 644 212 756 142 0 0 420 6995 195 635 67 226 48 99 108 1440 2031 1793 396 346 433 27 43589 9531 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C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001746.spe 73.1 1001.44 6.14 1 1.86E-02 -0.011 9.54E-03 0.0889 23688 1.31 13 239 6 0 180 1049 4644 2874 119 380 982 149646 611 311 652 201 0 0 558 6931 131 766 58 182 90 131 168 1274 2253 1885 298 388 403 15 43277 10185 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001747.spe 73.15 1001.94 6.14 1 1.86E-02 -0.011 9.55E-03 0.0889 23920 1.37 14 260 39 0 239 1168 4656 2691 109 355 1101 152310 529 221 565 388 0 0 366 7056 245 1065 39 290 89 77 60 1248 2154 1735 352 429 393 0 44001 9841 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001748.spe 73.2 1002.44 6.14 1 1.86E-02 -0.011 9.55E-03 0.0889 24249 1.36 10 229 59 4 171 1139 4579 2742 130 346 1161 153861 604 327 618 213 0 0 562 7240 296 922 45 277 27 100 28 1370 2119 1922 383 450 197 0 44861 9914 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001749.spe 73.25 1002.94 6.13 1 1.86E-02 -0.011 9.53E-03 0.0889 24690 1.49 29 236 24 0 222 1226 5070 2865 167 331 1102 156425 513 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-0.011 9.65E-03 0.0889 24380 1.3 28 229 23 0 224 1198 4776 2790 117 372 1115 157192 642 246 604 141 0 0 447 7093 422 1201 19 203 54 114 96 1353 2136 1934 317 447 457 69 44034 9931 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001754.spe 73.5 1005.44 6.12 1 1.86E-02 -0.011 9.64E-03 0.0889 24381 1.47 23 268 65 0 240 1177 4884 2844 114 419 1067 157318 534 263 519 295 0 0 433 7071 268 829 44 279 85 42 38 1411 2170 1918 289 443 474 0 43898 10037 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001755.spe 73.55 1005.94 6.11 1 1.86E-02 -0.011 9.64E-03 0.0889 23871 1.25 27 263 40 0 238 1176 4630 2816 119 430 998 153466 647 110 590 144 0 43 386 6684 135 814 25 168 56 64 128 1458 2249 1902 354 424 470 0 43104 9654 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001756.spe 73.6 1006.44 6.11 1 1.86E-02 -0.011 9.62E-03 0.0889 24248 1.42 5 275 32 0 209 1258 5009 2922 140 406 1070 160796 589 204 609 118 0 0 488 7133 382 810 35 190 24 106 96 1445 2147 1536 461 378 282 49 42993 9631 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001757.spe 73.65 1006.94 6.11 1 1.86E-02 -0.011 9.60E-03 0.0889 23901 1.5 9 216 45 0 255 1193 4667 2896 181 364 1082 156861 585 281 601 213 0 0 511 6906 234 825 12 230 19 97 45 1311 2032 1949 330 446 491 0 42348 9631 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001758.spe 73.7 1007.44 6.12 1 1.86E-02 -0.011 9.56E-03 0.0889 24137 1.36 11 221 67 0 199 1264 5003 2869 136 344 999 157949 639 282 629 160 0 0 406 7290 158 850 42 179 61 94 55 1285 2127 1893 369 414 341 56 43331 10013 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001759.spe 73.75 1007.94 6.12 1 1.86E-02 -0.011 9.54E-03 0.0889 24414 1.41 27 301 33 6 215 1142 4807 2763 176 386 997 162335 667 273 615 132 0 0 444 7138 265 919 49 251 67 60 100 1346 2031 2035 375 444 380 94 43740 9990 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001760.spe 73.8 1008.44 6.12 1 1.86E-02 -0.011 9.56E-03 0.0889 24325 1.41 0 202 61 0 250 1179 4761 2813 134 346 945 164859 618 296 610 223 0 0 641 6553 80 796 34 267 47 95 25 1289 2095 1981 334 425 321 69 42229 9493 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001761.spe 73.85 1008.94 6.11 1 1.86E-02 -0.011 9.56E-03 0.0889 24678 1.35 28 225 47 15 216 1226 5104 2994 157 390 959 170229 547 152 567 174 0 0 539 7066 247 610 43 251 14 60 39 1295 2041 2081 311 406 469 0 42272 9234 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001762.spe 73.9 1009.44 6.11 1 1.86E-02 -0.011 9.56E-03 0.0889 24464 1.2 0 239 50 0 237 1310 4869 2972 126 415 989 169365 673 268 638 203 0 0 543 6489 235 756 33 272 74 97 37 1229 2076 1862 432 386 476 0 41604 9696 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001763.spe 73.95 1009.94 6.11 1 1.86E-02 -0.011 9.58E-03 0.0889 24301 1.4 0 210 24 0 173 1259 5167 2984 140 374 1027 167553 609 93 593 122 0 0 623 7055 226 794 37 191 48 93 21 1261 2000 2014 355 397 331 111 41408 9393 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001764.spe 74 1010.44 6.11 1 1.86E-02 -0.011 9.58E-03 0.0889 24924 1.46 0 273 42 0 224 1439 5301 3455 189 370 1048 182076 624 277 570 179 0 0 520 6915 10 771 46 217 28 109 51 1325 2210 2055 415 531 483 114 40147 9467 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001765.spe 74.05 1010.94 6.11 1 1.86E-02 -0.011 9.58E-03 0.0889 25028 1.29 22 257 75 0 202 1367 5290 3177 206 456 1044 184559 616 248 584 232 0 0 507 6979 316 931 48 245 75 102 75 1222 2264 2410 391 501 586 0 39078 9412 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001766.spe 74.1 1011.44 6.1 1 1.86E-02 -0.011 9.57E-03 0.0889 24454 1.31 0 274 38 0 209 1407 5382 3087 154 434 965 178620 602 262 624 335 0 0 399 6912 275 748 67 286 69 76 5 1208 2143 2328 443 402 480 28 39415 9466 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001767.spe 74.15 1011.94 6.1 1 1.86E-02 -0.011 9.57E-03 0.0889 24542 1.33 8 256 26 5 208 1411 5713 2994 174 346 1105 179142 695 269 588 287 0 0 519 7306 172 744 24 232 70 125 87 1169 2083 2236 381 421 573 0 38678 9550 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001768.spe 74.2 1012.44 6.1 1 1.86E-02 -0.011 9.64E-03 0.0889 24475 1.3 15 272 69 0 214 1453 5430 3453 143 420 1160 178403 623 207 718 92 0 0 519 7695 222 1257 36 233 18 131 100 1201 2020 1993 394 454 668 0 38748 9671 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001769.spe 74.25 1012.94 6.1 1 1.86E-02 -0.011 9.64E-03 0.0889 24446 1.29 0 266 40 0 237 1383 5406 3220 154 374 1056 176734 537 188 681 125 0 0 526 8098 200 789 21 211 52 139 71 1246 2006 2166 330 380 636 0 39630 9694 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001770.spe 74.3 1013.44 6.09 1 1.86E-02 -0.011 9.60E-03 0.0889 24473 1.3 24 242 54 0 212 1322 5564 3121 141 413 1055 177701 641 272 745 204 0 0 519 7637 194 666 51 171 114 99 120 1263 2072 2052 529 495 603 0 39456 9203 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001771.spe 74.35 1013.94 6.09 1 1.86E-02 -0.011 9.62E-03 0.0889 24228 1.4 0 198 55 20 218 1257 5136 3064 144 340 1055 176024 610 359 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C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001801.spe 75.85 1028.94 6.05 1 1.86E-02 -0.011 9.61E-03 0.0889 25196 1.37 21 314 41 12 203 1248 5165 3094 102 420 1021 172306 583 120 629 208 0 0 573 7026 379 699 53 246 73 74 66 1412 2292 2012 424 464 468 5 44221 10220 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001802.spe 75.9 1029.44 6.05 1 1.86E-02 -0.011 9.65E-03 0.0889 24944 1.45 9 294 49 0 178 1198 5471 3101 122 369 983 167113 573 143 490 78 0 0 428 6746 300 761 51 234 48 115 180 1375 2151 1760 329 425 355 6 44365 10261 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001803.spe 75.95 1029.94 6.06 1 1.86E-02 -0.011 9.69E-03 0.0889 24540 1.39 14 321 34 0 173 1117 5543 2777 170 356 891 163501 631 244 535 196 0 0 585 7003 127 1223 43 245 22 58 54 1253 2120 1984 437 350 471 0 44054 10195 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001804.spe 76 1030.44 6.06 1 1.86E-02 -0.011 9.71E-03 0.0889 25107 1.43 22 284 51 0 217 1193 5199 2921 161 336 970 173054 564 235 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C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001812.spe 76.4 1034.44 6.05 1 1.86E-02 -0.011 9.52E-03 0.0889 24413 1.32 9 270 70 0 197 1197 5198 2888 90 356 966 183332 522 204 599 180 0 0 364 7424 185 702 60 213 20 43 73 1198 1924 2212 438 448 613 36 38881 9445 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001813.spe 76.45 1034.94 6.06 1 1.86E-02 -0.011 9.50E-03 0.0889 25844 1.43 15 278 57 0 231 1277 6102 3429 162 446 1029 204861 600 214 625 251 0 0 569 7887 64 923 13 226 49 94 130 1087 2013 2699 434 579 756 0 37260 9234 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001814.spe 76.5 1035.44 6.06 1 1.86E-02 -0.011 9.50E-03 0.0889 23874 1.23 11 278 72 8 236 1269 5648 3132 159 337 1000 190083 631 295 663 115 0 0 570 7173 102 728 38 143 46 183 111 976 1873 2284 424 561 573 0 34688 8419 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001815.spe 76.55 1035.94 6.05 1 1.86E-02 -0.011 9.49E-03 0.0889 22298 1.36 23 227 40 0 185 1260 5388 2890 85 313 927 173375 536 236 678 284 0 0 371 7062 149 823 42 212 73 97 100 1019 1860 1821 463 438 438 163 32924 8372 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001816.spe 76.6 1036.44 6.05 1 1.86E-02 -0.011 9.66E-03 0.0889 22306 1.35 26 258 50 0 200 1121 5405 2508 165 249 875 169783 497 177 565 92 0 0 353 7810 194 755 24 162 63 109 95 968 1728 2001 381 449 394 49 34059 8947 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001817.spe 76.65 1036.94 6.05 1 1.86E-02 -0.011 9.63E-03 0.0889 23898 1.37 34 251 87 0 235 1217 5638 2946 108 351 916 187567 561 147 606 152 0 0 378 8087 294 748 34 263 84 60 100 1123 1867 2054 332 580 505 38 35570 9280 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001818.spe 76.7 1037.44 6.04 1 1.86E-02 -0.011 9.63E-03 0.0889 23820 1.24 0 212 76 0 228 1110 5231 2703 206 376 1024 181518 515 241 460 328 0 0 527 8843 387 906 29 290 43 43 24 984 1784 2225 389 470 495 0 36834 9482 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001819.spe 76.75 1037.94 6.03 1 1.86E-02 -0.011 9.61E-03 0.0889 25410 1.36 0 267 90 0 192 1215 5920 3294 222 354 1027 201780 622 238 608 47 0 0 599 9006 193 997 47 251 45 82 102 1070 1910 2617 414 505 752 182 37587 9576 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001820.spe 76.8 1038.44 6.03 1 1.86E-02 -0.011 9.62E-03 0.0889 25379 1.37 16 238 55 0 202 1289 6220 3417 180 426 1071 199688 538 291 601 249 0 0 468 9020 276 894 40 135 41 113 110 1034 1946 2451 421 544 727 18 37300 9512 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001821.spe 76.85 1038.94 6.02 1 1.86E-02 -0.011 9.62E-03 0.0889 26725 1.26 0 234 63 0 166 1437 6631 3425 161 423 1134 217376 647 227 747 148 0 0 726 9441 89 876 29 274 49 112 166 1201 2139 2472 529 571 795 149 37319 9221 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001822.spe 76.9 1039.44 6.01 1 1.86E-02 -0.011 9.60E-03 0.0889 27347 1.47 9 293 78 0 185 1389 6790 3434 117 423 1149 229284 636 258 703 128 0 0 732 9316 110 946 22 278 51 143 85 1153 2092 2334 453 619 1041 205 35127 9360 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520 227 0 0 490 7892 90 922 8 173 31 75 63 996 1792 2326 455 531 572 0 33864 8943 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001827.spe 77.15 1041.94 6 1 1.86E-02 -0.011 9.60E-03 0.0889 24546 1.23 28 304 123 0 199 1292 6004 2993 178 345 901 201658 472 190 472 32 0 0 425 7984 281 928 43 207 50 106 15 1156 1768 2266 481 478 733 84 34418 8637 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001828.spe 77.2 1042.44 5.98 1 1.86E-02 -0.011 9.59E-03 0.0889 25412 1.32 21 310 140 0 150 1352 6127 2845 215 450 1059 214304 656 366 596 141 0 0 656 7669 158 1083 47 252 32 87 100 1201 1947 2468 463 548 871 4 33844 8904 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001829.spe 77.25 1042.94 5.98 1 1.86E-02 -0.011 9.54E-03 0.0889 24886 1.29 26 237 117 9 167 1292 5937 2996 150 330 961 216020 518 146 476 240 0 0 564 7259 191 936 54 203 92 110 59 1030 1958 2522 523 471 771 176 32928 8456 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001830.spe 77.3 1043.44 5.98 1 1.86E-02 -0.011 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151 326 65 0 0 1244 5586 0 427 65 287 91 52 36 625 1308 4112 956 799 3168 781 22078 7014 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001838.spe 77.7 1047.44 5.98 1 1.86E-02 -0.011 9.59E-03 0.0889 30058 1.34 0 330 179 0 160 1380 6892 3124 174 408 656 343636 411 245 512 190 0 0 1182 6086 0 415 66 282 94 70 19 610 1569 3807 679 896 2359 469 22637 7379 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001839.spe 77.75 1047.94 5.99 1 1.86E-02 -0.011 9.61E-03 0.0889 30182 1.43 14 223 151 0 184 1268 5877 2774 142 314 513 355062 410 252 450 165 0 0 1026 6076 0 492 49 185 77 82 27 586 1353 3938 716 748 2484 477 22021 7346 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001840.spe 77.8 1048.44 5.99 1 1.86E-02 -0.011 9.63E-03 0.0889 33106 1.52 0 222 126 0 155 1367 5469 3067 175 345 591 402215 487 205 478 111 0 0 1260 5380 0 542 73 300 88 42 53 647 1435 4105 836 864 3202 621 21689 7217 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001841.spe 77.85 1048.94 5.99 1 1.86E-02 -0.011 9.63E-03 0.0889 30274 1.25 34 286 166 0 169 1666 6417 3440 153 451 847 346968 602 354 603 254 0 0 1027 5380 0 561 86 393 117 33 37 739 1544 3666 804 905 2328 507 21909 7108 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001842.spe 77.9 1049.44 6 1 1.86E-02 -0.011 9.65E-03 0.0889 27466 1.42 38 233 184 0 159 1417 5965 3471 170 332 786 306205 534 354 658 172 0 0 972 5625 65 504 69 266 66 65 50 678 1417 3343 660 733 1836 427 21629 6982 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001843.spe 77.95 1049.94 6 1 1.86E-02 -0.011 9.63E-03 0.0889 28273 1.47 13 256 221 0 199 1408 5338 2906 212 310 775 324122 432 218 533 104 0 0 844 5367 11 541 70 306 105 103 25 679 1407 3542 763 653 2002 417 20796 7270 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001844.spe 78 1050.44 6 1 1.86E-02 -0.011 9.59E-03 0.0889 25640 1.38 12 223 126 0 240 1329 5371 2844 172 299 690 271297 449 245 572 128 0 0 753 5845 138 460 39 324 63 61 51 730 1516 3124 595 650 1272 262 23911 7658 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001845.spe 78.05 1050.94 6.01 1 1.86E-02 -0.011 9.59E-03 0.0889 25885 1.25 0 231 108 0 191 1422 5902 2947 132 417 724 261809 485 173 639 196 0 0 882 6602 0 572 57 288 73 46 6 810 1595 2941 599 667 1156 189 25476 8022 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001846.spe 78.1 1051.44 6.02 1 1.86E-02 -0.011 9.57E-03 0.0889 27644 1.33 0 182 89 0 233 1342 6042 3377 111 405 853 289453 452 249 662 90 0 0 865 7039 0 732 34 365 111 96 59 844 1629 3054 597 675 1525 476 24903 7639 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001847.spe 78.15 1051.94 6.02 1 1.86E-02 -0.011 9.53E-03 0.0889 26649 1.26 0 198 94 0 227 1339 6214 3203 212 356 748 274692 596 199 571 172 0 0 788 7834 72 459 51 302 68 63 37 711 1711 3033 569 695 1302 273 25176 7659 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001848.spe 78.2 1052.44 6.03 1 1.86E-02 -0.011 9.52E-03 0.0889 27417 1.35 0 197 89 0 249 1458 6543 3348 163 361 883 285959 454 206 434 90 0 0 720 7704 75 604 37 281 73 106 0 838 1719 2835 556 663 1387 234 24729 7879 C:\Data\SamDavin\LSRM-10G-A1A(20sec500mic)\XRF data\L001849.spe 78.25 1052.94 6.03 1 1.86E-02 -0.011 9.60E-03 0.0889 27620 1.34 0 183 91 0 201 1405 7193 3519 226 429 858 290371 467 235 479 177 0 0 844 7636 0 769 58 297 41 88 69 784 1664 3210 632 766 1532 382 24981 7638 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000001.spe 78.3 1354.94 6.03 1 1.86E-02 -0.011 9.52E-03 0.0889 24434 1.28 34 330 11 0 221 1739 8167 3844 130 393 1332 198110 663 481 846 260 0 0 504 9399 153 858 40 340 50 135 87 959 1923 2095 520 408 721 251 33315 8858 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000002.spe 78.35 1355.44 6.01 1 1.86E-02 -0.011 9.52E-03 0.0889 24026 1.25 10 305 0 0 222 1542 7991 3868 171 371 1331 195740 611 364 843 175 0 0 598 9638 276 870 22 319 84 69 76 958 1911 2173 408 463 648 118 32812 8692 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000003.spe 78.4 1355.94 6 1 1.86E-02 -0.011 9.54E-03 0.0889 23681 1.37 6 304 0 0 249 1612 8179 3529 252 346 1261 193711 603 492 793 224 0 0 594 9672 235 991 27 289 75 106 5 871 1859 2165 374 613 548 251 31846 8956 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000004.spe 78.45 1356.44 5.99 1 1.86E-02 -0.011 9.54E-03 0.0889 23612 1.33 5 320 0 0 211 1646 8298 3528 159 349 1201 194893 588 561 862 261 0 0 405 10396 252 879 26 348 68 54 62 917 1777 2112 458 522 782 19 30713 8478 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000005.spe 78.5 1356.94 5.98 1 1.86E-02 -0.011 9.58E-03 0.0889 23221 1.2 5 318 7 0 243 1529 8783 3813 132 352 1191 192519 632 432 743 254 0 0 443 10253 164 673 18 331 95 73 0 821 1696 2187 396 399 743 0 29816 8318 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000006.spe 78.55 1357.44 5.98 1 1.86E-02 -0.011 9.56E-03 0.0889 22898 1.25 20 326 0 0 239 1502 8881 3629 205 375 1175 190639 585 452 737 239 0 0 500 9816 280 869 6 331 54 71 105 856 1894 2383 437 483 674 100 29423 8282 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000007.spe 78.6 1357.94 5.98 1 1.86E-02 -0.011 9.56E-03 0.0889 22195 1.19 39 316 0 0 185 1493 9165 3204 130 300 1121 183351 599 408 817 191 0 0 535 9404 171 627 36 238 109 106 25 798 1749 2234 433 477 530 110 28900 8064 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000008.spe 78.65 1358.44 5.98 1 1.86E-02 -0.011 9.55E-03 0.0889 21307 1.22 0 293 0 260 195 1421 8272 3094 187 328 1036 171730 520 453 747 233 0 0 466 9979 249 913 30 293 38 72 133 742 1833 2224 400 478 520 42 28363 8116 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000009.spe 78.7 1358.94 5.98 1 1.86E-02 -0.011 9.59E-03 0.0889 21780 1.23 15 323 29 21 186 1468 8821 3358 74 345 1090 179137 570 355 762 110 0 0 455 10255 338 878 58 289 96 113 53 822 1616 2262 385 465 432 57 28469 8379 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000010.spe 78.75 1359.44 5.99 1 1.86E-02 -0.011 9.56E-03 0.0889 21929 1.24 25 273 4 0 183 1533 8300 3350 168 332 1019 183303 517 383 723 234 0 0 619 9827 171 761 21 287 23 84 55 688 1657 2386 319 456 646 140 27782 8341 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000011.spe 78.8 1359.94 5.99 1 1.86E-02 -0.011 9.59E-03 0.0889 22109 1.25 24 323 8 5 193 1461 8500 3343 153 324 1035 186222 572 308 762 267 0 0 466 9568 51 809 47 321 107 128 84 760 1763 2211 345 409 419 52 27983 8372 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000012.spe 78.85 1360.44 5.99 1 1.86E-02 -0.011 9.61E-03 0.0889 22002 1.24 33 319 13 17 218 1487 9237 3573 153 310 1096 182028 534 447 844 219 0 0 642 9937 364 724 29 273 70 128 77 781 1793 2224 457 387 479 59 28343 8595 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000013.spe 78.9 1360.94 6 1 1.86E-02 -0.011 9.60E-03 0.0889 22581 1.27 16 289 0 0 220 1505 9044 3429 142 273 1133 187422 513 315 823 196 0 0 630 10623 202 913 20 337 55 63 61 921 1744 2239 440 387 502 53 28344 8409 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000014.spe 78.95 1361.44 6 1 1.86E-02 -0.011 9.57E-03 0.0889 23471 1.32 59 317 10 0 198 1532 9805 3691 244 400 1202 200974 639 380 864 206 0 0 494 11062 139 633 22 344 15 109 134 962 1906 2318 420 467 721 154 27564 8294 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000015.spe 79 1361.94 6 1 1.86E-02 -0.011 9.58E-03 0.0889 23558 1.32 18 356 0 0 174 1611 9687 3825 179 312 1234 203783 458 392 822 202 0 0 591 11589 211 996 55 261 63 160 44 846 1795 2508 418 444 733 71 26432 8058 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000016.spe 79.05 1362.44 6 1 1.86E-02 -0.011 9.58E-03 0.0889 23597 1.23 0 370 25 0 207 1663 9793 3675 210 356 1182 206885 606 495 761 205 0 0 496 12107 265 864 28 331 77 123 58 809 1977 2277 384 572 587 198 26490 8195 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000017.spe 79.1 1362.94 6 1 1.86E-02 -0.011 9.55E-03 0.0889 23530 1.21 34 340 0 0 194 1673 10170 3469 154 371 1175 207031 604 583 860 169 0 0 581 12561 180 981 18 340 117 97 57 708 1896 2261 525 445 671 251 26052 8069 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000018.spe 79.15 1363.44 6.01 1 1.86E-02 -0.011 9.53E-03 0.0889 23667 1.55 23 369 0 0 170 1642 10123 3964 99 368 1187 208547 630 556 806 308 0 0 552 13074 265 945 22 394 81 113 20 854 1757 2289 466 518 677 47 26490 8609 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000019.spe 79.2 1363.94 6.01 1 1.86E-02 -0.011 9.53E-03 0.0889 24066 1.3 35 417 0 0 210 1758 10571 3974 164 398 1157 214531 586 451 746 290 0 0 554 12911 172 876 54 292 99 142 64 869 1844 2365 500 565 698 145 25994 8171 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000020.spe 79.25 1364.44 6.01 1 1.86E-02 -0.011 9.51E-03 0.0889 23986 1.32 20 398 40 0 217 1800 10692 3987 135 358 1108 213781 595 341 814 151 0 0 537 12983 267 1095 61 231 113 149 70 909 1832 2458 473 575 822 210 26398 8254 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000021.spe 79.3 1364.94 6.01 1 1.86E-02 -0.011 9.54E-03 0.0889 23806 1.4 23 387 0 0 217 1743 10794 3740 144 381 1186 212611 542 467 751 200 0 0 642 13375 218 843 20 256 115 122 52 799 1943 2393 542 507 868 297 25221 8171 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000022.spe 79.35 1365.44 6.02 1 1.86E-02 -0.011 9.56E-03 0.0889 22731 1.26 0 327 0 0 172 1548 10524 3430 153 332 1018 198531 530 490 684 242 0 0 512 13610 253 1131 43 316 74 107 70 635 1748 2144 422 534 638 219 25397 8349 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000023.spe 79.4 1365.94 6.02 1 1.86E-02 -0.011 9.56E-03 0.0889 23661 1.31 42 458 19 0 204 1586 12290 3930 168 380 1210 213033 507 267 805 101 0 0 517 13627 258 870 10 292 40 80 140 797 1785 2240 488 572 725 44 23619 8179 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000024.spe 79.45 1366.44 6.02 1 1.86E-02 -0.011 9.61E-03 0.0889 22308 1.29 61 408 23 0 213 1597 11313 3814 138 376 1072 194328 457 295 756 356 0 0 459 13743 204 1183 32 350 86 48 95 768 1814 2056 395 459 560 200 24059 7830 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000025.spe 79.5 1366.94 6.02 1 1.86E-02 -0.011 9.63E-03 0.0889 22217 1.34 18 438 27 0 186 1558 11946 3934 168 381 994 190764 410 318 825 277 0 0 461 13654 284 1021 42 303 75 89 30 690 1720 2028 532 441 582 73 24171 7892 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000026.spe 79.55 1367.44 6.01 1 1.86E-02 -0.011 9.63E-03 0.0889 22643 1.26 4 405 0 0 217 1549 11967 3593 151 386 1018 198285 411 304 717 137 0 0 392 13366 191 1027 28 238 76 120 49 690 1959 2187 336 487 686 98 24223 8325 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000027.spe 79.6 1367.94 6.01 1 1.86E-02 -0.011 9.63E-03 0.0889 22082 1.15 39 326 25 0 202 1450 11133 3278 155 359 1010 192430 382 281 663 154 0 0 509 12735 169 902 31 237 60 114 60 733 1904 2005 427 435 598 48 23758 7855 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000028.spe 79.65 1368.44 6.01 1 1.86E-02 -0.011 9.64E-03 0.0889 21370 1.31 39 275 4 0 216 1395 10037 3431 181 326 1016 184639 332 268 653 267 0 0 575 12394 297 901 15 211 41 115 25 646 1720 1943 408 377 459 160 23789 7744 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000029.spe 79.7 1368.94 6.02 1 1.86E-02 -0.011 9.65E-03 0.0889 21730 1.29 35 280 9 0 190 1414 10820 3512 125 330 1041 188688 409 215 714 106 0 0 587 12503 316 1002 28 248 83 128 44 751 1766 2311 353 391 605 133 23974 8091 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000030.spe 79.75 1369.44 6.02 1 1.86E-02 -0.011 9.65E-03 0.0889 21942 1.39 19 294 23 0 183 1386 11052 3591 139 382 1079 191203 432 213 717 142 0 0 413 12233 328 1002 50 338 71 90 0 798 1707 2018 389 429 583 210 23941 7929 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000031.spe 79.8 1369.94 6.02 1 1.86E-02 -0.011 9.65E-03 0.0889 21546 1.39 34 234 21 0 210 1429 11005 3595 178 371 965 183744 353 221 792 166 0 0 638 11941 350 821 19 205 105 122 51 762 1824 2114 285 481 582 0 24903 8164 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000032.spe 79.85 1370.44 6.03 1 1.86E-02 -0.011 9.65E-03 0.0889 21489 1.3 29 284 0 0 235 1434 10885 3496 101 355 1002 182003 445 190 657 171 0 0 543 11735 285 690 23 248 69 136 79 742 1802 1979 416 420 545 0 24572 7857 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000033.spe 79.9 1370.94 6.04 1 1.86E-02 -0.011 9.61E-03 0.0889 21730 1.18 26 300 14 0 205 1549 10594 3777 101 317 936 184704 337 193 639 98 0 0 470 12079 179 953 26 262 70 135 0 679 1789 2105 428 436 663 62 25624 7842 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000034.spe 79.95 1371.44 6.04 1 1.86E-02 -0.011 9.59E-03 0.0889 22474 1.26 24 284 0 0 195 1429 10810 3222 165 374 1009 195198 406 143 672 230 0 0 520 12048 321 1137 39 306 94 102 61 715 2009 2282 399 460 799 193 25285 8067 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000035.spe 80 1371.94 6.05 1 1.86E-02 -0.011 9.57E-03 0.0889 22591 1.31 31 316 18 0 192 1484 10488 3382 134 367 1034 195057 469 189 659 168 0 0 498 12284 271 983 40 340 87 93 14 751 1897 2329 368 512 687 0 25879 8411 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000036.spe 80.05 1372.44 6.05 1 1.86E-02 -0.011 9.60E-03 0.0889 22966 1.36 14 301 36 0 262 1507 10229 3101 169 337 1032 196022 463 220 742 77 0 0 489 12603 347 1095 25 313 103 79 96 811 1820 2586 465 425 721 125 27591 8536 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000037.spe 80.1 1372.94 6.06 1 1.86E-02 -0.011 9.60E-03 0.0889 23227 1.43 15 318 17 0 140 1439 10244 3495 157 286 993 191129 446 188 798 234 0 0 456 12471 424 1342 51 237 83 123 74 714 1808 2371 407 402 601 107 29925 9110 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000038.spe 80.15 1373.44 6.06 1 1.86E-02 -0.011 9.60E-03 0.0889 24487 1.25 10 285 42 7 271 1512 9710 3388 215 366 895 199145 482 212 743 129 0 0 567 11456 82 1110 15 297 83 102 90 901 1920 2294 433 453 655 92 32279 9340 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000039.spe 80.2 1373.94 6.07 1 1.86E-02 -0.011 9.62E-03 0.0889 24612 1.39 15 308 38 0 221 1362 8448 3037 161 266 938 192790 379 231 797 256 0 0 605 9777 258 941 24 291 90 84 80 958 1895 2118 442 439 627 41 35156 9577 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000040.spe 80.25 1374.44 6.07 1 1.86E-02 -0.011 9.64E-03 0.0889 24629 1.45 23 278 47 0 189 1260 6701 3166 173 333 884 186629 540 322 652 273 0 0 422 8185 299 708 67 180 52 101 95 1002 1912 1947 473 460 564 0 37864 9716 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000041.spe 80.3 1374.94 6.07 1 1.86E-02 -0.011 9.63E-03 0.0889 24856 1.44 45 299 27 0 204 1255 6086 2929 177 332 798 185526 525 357 705 81 0 0 482 7413 320 849 38 232 66 106 130 1142 1925 2134 492 429 580 0 39915 9672 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000042.spe 80.35 1375.44 6.07 1 1.86E-02 -0.011 9.68E-03 0.0889 25295 1.34 19 281 53 0 254 1402 5559 2879 101 341 797 191501 509 396 628 190 0 0 659 6272 237 739 28 341 83 59 107 1123 1990 2490 448 517 683 102 40579 9701 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000043.spe 80.4 1375.94 6.07 1 1.86E-02 -0.011 9.70E-03 0.0889 25449 1.36 7 242 25 0 154 1253 5423 3068 179 375 772 190964 508 321 552 251 0 0 470 6022 357 830 67 231 58 67 116 1183 2109 2110 521 371 793 79 41268 9740 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000044.spe 80.45 1376.44 6.08 1 1.86E-02 -0.011 9.67E-03 0.0889 25038 1.44 0 235 44 0 179 1450 5349 3138 107 334 794 181764 495 303 588 149 0 0 447 5978 301 627 58 339 84 101 36 1286 1951 2186 386 588 641 0 42595 9805 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000045.spe 80.5 1376.94 6.08 1 1.86E-02 -0.011 9.58E-03 0.0889 24655 1.38 5 276 52 0 292 1317 5017 3092 110 375 758 173490 546 267 558 190 0 0 660 6585 189 661 27 355 31 43 51 1187 2113 1993 342 452 611 21 43053 9637 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000046.spe 80.55 1377.44 6.09 1 1.86E-02 -0.011 9.54E-03 0.0889 24546 1.36 0 234 18 0 225 1369 5058 3152 112 347 777 170889 580 287 761 206 0 0 429 6239 190 725 39 245 87 69 115 1182 2106 2009 430 510 573 0 42356 9536 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000047.spe 80.6 1377.94 6.09 1 1.86E-02 -0.011 9.55E-03 0.0889 24635 1.28 0 272 26 0 215 1356 4513 3081 119 334 849 172182 460 250 673 217 0 0 411 6367 61 577 40 243 72 145 52 1268 2061 2175 359 421 388 80 42907 9435 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000048.spe 80.65 1378.44 6.09 1 1.86E-02 -0.011 9.55E-03 0.0889 24839 1.4 0 272 27 0 222 1375 4624 3243 165 345 792 174176 672 363 684 118 0 0 521 6372 236 864 44 185 47 128 149 1257 2058 2274 407 462 448 10 42045 9396 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000049.spe 80.7 1378.94 6.09 1 1.86E-02 -0.011 9.58E-03 0.0889 24865 1.33 17 242 24 0 192 1327 4649 3169 131 345 800 177304 613 465 634 238 0 0 500 6174 318 555 40 236 75 106 95 1156 2173 2078 341 487 500 96 41976 9564 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000050.spe 80.75 1379.44 6.09 1 1.86E-02 -0.011 9.56E-03 0.0889 24874 1.34 27 304 19 0 259 1407 4691 3238 163 350 924 178566 540 334 527 210 0 0 664 6454 61 1055 42 201 13 136 107 1344 2107 2219 381 520 559 0 41395 9519 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000051.spe 80.8 1379.94 6.1 1 1.86E-02 -0.011 9.54E-03 0.0889 24734 1.47 0 256 32 0 251 1377 4879 3212 135 357 777 178020 537 276 560 118 0 0 593 6302 171 634 21 258 63 108 107 1167 2067 2103 339 506 559 0 40842 9422 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000052.spe 80.85 1380.44 6.1 1 1.86E-02 -0.011 9.61E-03 0.0889 24693 1.41 30 247 13 23 243 1400 4940 3176 160 414 876 178052 573 353 703 163 0 0 664 6646 322 1060 56 292 40 60 120 1224 2051 2025 470 430 466 0 41677 9613 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000053.spe 80.9 1380.94 6.1 1 1.86E-02 -0.011 9.61E-03 0.0889 24539 1.31 12 307 18 0 201 1378 4699 3305 184 414 822 176873 582 342 731 178 0 0 527 6813 194 800 43 269 59 62 106 1291 2024 2114 386 520 543 102 40456 9363 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000054.spe 80.95 1381.44 6.1 1 1.86E-02 -0.011 9.56E-03 0.0889 24368 1.32 38 294 16 0 213 1476 4947 3014 137 330 785 176902 578 297 658 183 0 0 656 6797 240 746 47 344 66 95 174 1241 2018 2277 412 376 615 40 40515 9296 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000055.spe 81 1381.94 6.1 1 1.86E-02 -0.011 9.63E-03 0.0889 24354 1.33 30 273 0 0 225 1417 4787 3185 136 329 886 179770 603 327 601 177 0 0 537 7134 262 523 60 269 57 136 81 1101 2061 2125 401 422 492 37 39842 9199 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000056.spe 81.05 1382.44 6.11 1 1.86E-02 -0.011 9.62E-03 0.0889 24352 1.28 28 285 9 0 245 1421 5218 3109 122 408 856 183301 588 299 593 217 0 0 578 6947 112 802 34 291 65 58 91 1156 2054 2129 425 484 429 68 39451 9538 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000057.spe 81.1 1382.94 6.11 1 1.86E-02 -0.011 9.62E-03 0.0889 24415 1.34 0 242 13 0 207 1406 5541 3250 136 366 776 186211 552 330 699 234 0 0 717 7461 209 820 54 288 64 76 53 997 1948 2255 367 501 615 100 38386 9019 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000058.spe 81.15 1383.44 6.11 1 1.86E-02 -0.011 9.58E-03 0.0889 24728 1.36 0 308 14 0 205 1333 5306 3063 183 306 853 192435 512 304 719 269 0 0 653 7235 237 756 61 282 85 92 47 1068 1911 2166 489 481 675 0 37578 9058 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000059.spe 81.2 1383.94 6.12 1 1.86E-02 -0.011 9.53E-03 0.0889 24975 1.44 25 305 9 0 201 1456 5135 3242 143 333 764 196770 530 342 564 180 0 0 470 7184 65 768 60 240 38 115 19 1026 1875 2363 377 504 713 0 37462 9059 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000060.spe 81.25 1384.44 6.12 1 1.86E-02 -0.011 9.53E-03 0.0889 25055 1.3 33 253 16 0 232 1393 5318 3128 95 341 790 198589 523 251 633 252 0 0 528 7243 229 569 38 293 94 99 118 1081 1963 2336 492 510 733 76 37949 9234 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000061.spe 81.3 1384.94 6.12 1 1.86E-02 -0.011 9.53E-03 0.0889 25031 1.28 17 279 12 0 247 1359 5252 3044 95 351 850 198080 487 377 517 191 0 0 736 7246 235 540 51 318 125 65 101 1061 1844 2167 446 582 563 24 37952 9198 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000062.spe 81.35 1385.44 6.13 1 1.86E-02 -0.011 9.56E-03 0.0889 25017 1.27 13 268 35 0 291 1391 5214 3153 149 397 808 199000 545 350 659 152 0 0 442 6984 185 772 34 244 41 77 0 1206 1850 1977 539 503 499 88 37473 8924 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000063.spe 81.4 1385.94 6.13 1 1.86E-02 -0.011 9.64E-03 0.0889 25035 1.33 29 252 25 0 242 1507 5517 3150 261 352 800 200132 528 315 659 247 0 0 537 6997 215 697 48 216 69 100 136 1094 1912 2139 450 468 715 88 37414 8844 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000064.spe 81.45 1386.44 6.14 1 1.86E-02 -0.011 9.64E-03 0.0889 24841 1.36 42 277 33 0 236 1569 5495 3503 116 351 880 199049 591 402 588 164 0 0 407 6960 218 747 49 147 95 178 77 1035 1852 2347 461 509 677 0 36151 8790 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000065.spe 81.5 1386.94 6.14 1 1.86E-02 -0.011 9.64E-03 0.0889 24812 1.24 11 341 17 11 251 1545 5449 3249 202 328 872 201345 574 359 754 183 0 0 608 7254 100 601 69 247 31 105 80 1052 1879 2240 502 482 634 83 36002 8840 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000066.spe 81.55 1387.44 6.14 1 1.86E-02 -0.011 9.61E-03 0.0889 24691 1.36 19 287 24 0 254 1542 5515 3253 203 407 916 202764 489 296 543 139 0 0 464 7346 333 851 39 345 19 75 61 1024 1876 2081 604 417 711 111 35029 8759 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000067.spe 81.6 1387.94 6.14 1 1.86E-02 -0.011 9.61E-03 0.0889 24496 1.23 7 265 0 0 248 1530 5837 3264 112 328 853 202278 514 302 531 144 0 0 551 7676 150 693 23 257 49 127 42 1062 1878 2234 484 477 690 49 34045 8476 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000068.spe 81.65 1388.44 6.15 1 1.86E-02 -0.011 9.58E-03 0.0889 24553 1.37 25 271 10 18 229 1493 6035 3496 207 339 786 205701 584 314 698 209 0 0 561 8473 173 828 26 190 29 123 0 922 1865 2154 459 479 749 72 33241 8697 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000069.spe 81.7 1388.94 6.15 1 1.86E-02 -0.011 9.62E-03 0.0889 24846 1.23 28 282 0 0 208 1608 6465 3577 191 368 846 209611 594 302 705 40 0 0 610 8654 79 806 64 299 55 101 73 1084 1864 2598 453 468 743 83 32606 8818 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000070.spe 81.75 1389.44 6.15 1 1.86E-02 -0.011 9.60E-03 0.0889 24637 1.33 41 301 15 0 249 1605 6337 3547 130 359 864 209123 562 378 696 269 0 0 663 8650 103 785 31 371 98 74 0 936 1810 2354 393 548 633 172 32182 8351 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000071.spe 81.8 1389.94 6.15 1 1.86E-02 -0.011 9.58E-03 0.0889 24588 1.35 34 287 0 0 241 1514 6412 3589 208 320 871 208357 603 386 818 335 0 0 648 8990 45 820 19 319 99 100 98 923 1891 2404 452 456 873 122 32020 8765 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000072.spe 81.85 1390.44 6.15 1 1.86E-02 -0.011 9.60E-03 0.0889 24670 1.34 27 302 24 18 229 1647 7165 3429 193 406 869 209194 628 315 654 253 0 0 545 9266 181 730 75 355 86 108 39 1018 1911 2445 489 515 692 0 31628 8529 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000073.spe 81.9 1390.94 6.15 1 1.86E-02 -0.011 9.60E-03 0.0889 24633 1.31 11 287 19 0 226 1571 7367 3688 196 389 901 208956 571 379 712 89 0 0 459 9398 255 782 49 226 77 139 92 990 1903 2498 438 521 607 48 31700 8662 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000074.spe 81.95 1391.44 6.15 1 1.86E-02 -0.011 9.54E-03 0.0889 24407 1.3 0 305 0 0 235 1576 7195 3356 195 374 889 206076 496 382 684 303 0 0 622 9559 115 882 28 303 75 78 35 969 1763 2153 498 443 828 128 31794 8675 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000075.spe 82 1391.94 6.15 1 1.86E-02 -0.011 9.49E-03 0.0889 24533 1.22 39 327 15 0 229 1658 7557 3875 149 332 851 207632 529 325 827 381 0 0 581 10323 375 944 58 291 54 93 65 810 1837 2223 446 480 715 221 31326 8858 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000076.spe 82.05 1392.44 6.15 1 1.86E-02 -0.011 9.47E-03 0.0889 24807 1.52 26 297 17 0 280 1721 8135 3659 196 347 894 203527 442 296 653 235 0 0 702 12325 314 730 25 305 111 137 0 792 1932 2167 423 582 749 111 33285 9082 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000077.spe 82.1 1392.94 6.15 1 1.86E-02 -0.011 9.54E-03 0.0889 25477 1.38 15 278 29 0 212 1674 8133 3871 227 401 951 204254 575 305 746 227 0 0 731 11157 282 945 43 300 39 61 62 958 1871 2379 493 494 661 187 35767 9303 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000078.spe 82.15 1393.44 6.15 1 1.86E-02 -0.011 9.64E-03 0.0889 25291 1.37 46 342 17 0 211 1761 7723 3662 186 331 953 194701 526 265 724 177 0 0 486 9395 426 928 29 360 30 55 89 975 2008 2510 341 544 548 125 38378 9447 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000079.spe 82.2 1393.94 6.15 1 1.86E-02 -0.011 9.64E-03 0.0889 25507 1.31 16 296 0 0 249 1596 7059 3306 184 296 874 193838 557 246 645 216 0 0 631 8376 294 771 59 305 79 90 91 971 1952 2292 460 461 468 277 39803 9921 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000080.spe 82.25 1394.44 6.15 1 1.86E-02 -0.011 9.69E-03 0.0889 25604 1.31 0 298 23 20 225 1572 6540 3502 120 346 901 191501 531 305 733 253 0 0 355 7215 156 788 49 218 84 126 112 1207 2048 2202 470 481 671 0 41045 9432 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000081.spe 82.3 1394.94 6.15 1 1.86E-02 -0.011 9.71E-03 0.0889 25510 1.43 6 280 21 0 262 1548 6356 3271 140 373 795 187957 484 402 674 274 39 0 537 6843 121 898 26 333 36 53 148 1234 2721 2297 473 497 561 132 41918 9842 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000082.spe 82.35 1395.44 6.15 1 1.86E-02 -0.011 9.73E-03 0.0889 25382 1.35 17 257 0 0 247 1403 5739 3247 112 363 858 185446 544 265 736 220 0 0 511 6310 189 641 46 175 74 125 173 1264 2084 2070 440 544 463 96 42874 9849 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000083.spe 82.4 1395.94 6.15 1 1.86E-02 -0.011 9.70E-03 0.0889 25232 1.29 0 234 15 0 256 1414 5397 2964 147 288 832 181919 497 259 602 172 0 0 630 6453 414 817 42 266 62 86 16 1228 2015 1869 481 456 529 0 43125 9703 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000084.spe 82.45 1396.44 6.16 1 1.86E-02 -0.011 9.67E-03 0.0889 25340 1.42 25 241 0 0 235 1340 5101 3165 107 302 777 183301 586 340 623 185 0 0 464 6160 227 1013 64 213 90 137 101 1243 2024 2364 410 417 546 82 42435 9593 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000085.spe 82.5 1396.94 6.16 1 1.86E-02 -0.011 9.51E-03 0.0889 25655 1.3 13 240 29 0 226 1324 4969 3144 204 301 815 189503 450 370 603 191 0 0 589 5942 222 889 61 326 54 61 67 1202 2102 2131 417 528 447 113 42280 9679 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000086.spe 82.55 1397.44 6.16 1 1.86E-02 -0.011 9.59E-03 0.0889 25990 1.33 22 272 15 6 256 1473 5249 3274 159 377 919 193307 544 353 613 201 0 0 775 6557 7 603 52 312 71 96 115 1232 2128 2339 406 439 462 61 42589 9588 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000087.spe 82.6 1397.94 6.16 1 1.86E-02 -0.011 9.61E-03 0.0889 26016 1.37 7 346 0 0 284 1556 5516 3365 103 290 844 194432 485 327 599 251 0 0 504 6463 60 868 21 273 80 112 53 1216 2066 2082 494 374 685 99 42258 9580 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000088.spe 82.65 1398.44 6.16 1 1.86E-02 -0.011 9.61E-03 0.0889 25554 1.31 22 269 12 0 287 1523 5603 3207 132 357 846 189021 513 256 602 239 0 0 593 6648 143 719 27 288 79 99 149 1221 2021 2078 438 393 641 141 42172 9430 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000089.spe 82.7 1398.94 6.16 1 1.86E-02 -0.011 9.63E-03 0.0889 25394 1.38 31 286 21 13 199 1403 5518 3308 205 416 896 189118 586 396 665 94 0 0 619 6542 230 828 44 260 66 109 106 1284 2098 2043 465 510 708 31 41625 9381 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000090.spe 82.75 1399.44 6.16 1 1.86E-02 -0.011 9.65E-03 0.0889 25338 1.52 47 297 19 0 296 1424 5018 3306 162 411 786 188335 581 480 672 267 0 20 546 6298 208 901 21 227 24 140 39 1193 2082 1925 462 404 649 0 40807 9639 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000091.spe 82.8 1399.94 6.16 1 1.86E-02 -0.011 9.65E-03 0.0889 25661 1.33 15 280 6 0 239 1412 5254 3230 114 391 872 193064 581 425 599 84 0 0 469 6727 387 805 54 277 99 104 102 1210 2017 2443 371 577 658 141 40793 9605 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000092.spe 82.85 1400.44 6.16 1 1.86E-02 -0.011 9.61E-03 0.0889 25334 1.37 32 294 46 0 274 1351 5313 3128 133 346 819 187250 461 228 667 67 0 0 414 6722 320 853 40 310 70 82 107 1287 2032 1894 494 445 594 0 41245 9310 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000093.spe 82.9 1400.94 6.16 1 1.86E-02 -0.011 9.57E-03 0.0889 25397 1.37 29 247 14 15 252 1350 5521 3096 158 371 833 187947 517 338 668 222 0 0 557 6545 146 949 32 250 66 97 113 1191 2060 2217 518 399 795 81 41683 9477 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000094.spe 82.95 1401.44 6.16 1 1.86E-02 -0.011 9.58E-03 0.0889 25620 1.49 0 224 8 18 220 1366 5362 3055 202 421 866 193231 552 324 560 267 0 0 684 6758 266 841 42 266 6 82 38 1231 1949 2266 397 419 659 135 41076 9467 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000095.spe 83 1401.94 6.16 1 1.86E-02 -0.011 9.58E-03 0.0889 25406 1.4 11 268 22 0 215 1386 5062 2962 233 297 851 188774 470 267 587 100 0 0 525 6732 237 791 53 279 35 56 77 1185 1991 2354 448 445 642 78 41623 9769 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000096.spe 83.05 1402.44 6.16 1 1.86E-02 -0.011 9.56E-03 0.0889 25452 1.41 37 280 0 0 236 1381 5004 3127 132 283 861 188963 531 250 647 77 0 0 554 6377 145 795 22 264 52 116 128 1266 2014 2194 474 435 498 45 40353 9310 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000097.spe 83.1 1402.94 6.16 1 1.86E-02 -0.011 9.67E-03 0.0889 25573 1.4 14 260 39 0 229 1400 4875 3306 115 359 952 190782 528 348 487 133 0 0 549 6298 245 874 55 212 58 130 46 1258 1958 2285 419 492 632 76 40661 9405 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000098.spe 83.15 1403.44 6.16 1 1.86E-02 -0.011 9.52E-03 0.0889 25315 1.4 9 274 29 0 300 1440 4801 3121 178 333 885 189678 474 290 624 230 0 0 499 6365 160 754 54 294 83 89 133 1204 2129 2140 479 570 485 42 40133 9280 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000099.spe 83.2 1403.94 6.15 1 1.86E-02 -0.011 9.48E-03 0.0889 25353 1.22 0 215 23 0 303 1518 4937 3183 121 371 816 194912 530 398 628 350 0 0 426 6564 174 660 22 323 54 105 65 1179 2041 2480 339 535 614 43 39623 9319 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000100.spe 83.25 1404.44 6.15 1 1.86E-02 -0.011 9.46E-03 0.0889 25198 1.43 7 269 29 0 230 1451 5206 3136 129 342 899 196273 542 346 642 118 0 0 736 7071 162 857 60 340 78 135 75 1113 1944 2437 384 518 631 98 38254 9080 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000101.spe 83.3 1404.94 6.16 1 1.86E-02 -0.011 9.51E-03 0.0889 25164 1.32 8 300 27 0 272 1386 5371 3055 131 306 835 198751 515 311 572 203 0 0 545 7333 160 649 43 297 69 135 22 1156 2021 2057 431 543 606 84 37003 9105 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000102.spe 83.35 1405.44 6.16 1 1.86E-02 -0.011 9.54E-03 0.0889 24790 1.37 28 245 10 0 285 1391 5186 3069 164 340 807 194806 510 377 538 94 0 0 522 7588 229 823 38 278 46 80 62 1108 1846 2184 451 515 525 104 37110 9165 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000103.spe 83.4 1405.94 6.16 1 1.86E-02 -0.011 9.57E-03 0.0889 24845 1.45 0 229 0 5 219 1398 5159 3222 191 338 866 196400 554 300 624 196 0 0 614 7787 115 951 53 281 64 133 0 1142 2113 2294 450 489 611 81 37542 9271 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000104.spe 83.45 1406.44 6.16 1 1.86E-02 -0.011 9.57E-03 0.0889 25013 1.21 0 222 51 0 250 1408 5352 3603 130 358 782 197293 516 297 593 190 0 0 467 8137 387 793 30 257 63 109 99 1012 2088 2325 570 481 611 89 37003 9184 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000105.spe 83.5 1406.94 6.15 1 1.86E-02 -0.011 9.59E-03 0.0889 25378 1.33 34 239 44 11 272 1424 5831 3418 122 386 817 201472 475 337 700 351 0 0 756 8517 162 739 46 320 90 120 0 1067 1964 2379 335 533 656 14 37232 9552 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000106.spe 83.55 1407.44 6.15 1 1.86E-02 -0.011 9.61E-03 0.0889 25432 1.41 0 286 33 9 228 1444 5953 3371 148 369 828 199501 504 347 693 180 0 0 685 8590 220 953 51 295 102 119 136 1109 1965 2450 426 536 714 0 37510 9611 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000107.spe 83.6 1407.94 6.15 1 1.86E-02 -0.011 9.63E-03 0.0889 25766 1.43 28 271 8 0 219 1454 5862 3379 162 406 887 203661 519 445 639 250 0 0 473 8259 113 969 67 260 70 139 7 1163 2055 2424 457 497 524 29 37309 9373 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000108.spe 83.65 1408.44 6.16 1 1.86E-02 -0.011 9.63E-03 0.0889 25972 1.42 0 279 15 0 238 1557 5378 3466 172 329 887 208456 480 390 598 157 0 0 497 8130 169 768 21 389 52 53 109 1213 2031 2744 478 480 620 141 36753 9316 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000109.spe 83.7 1408.94 6.15 1 1.86E-02 -0.011 9.61E-03 0.0889 25712 1.51 0 264 0 0 293 1603 5272 3700 168 406 889 206711 513 350 682 221 0 0 658 8120 129 945 16 360 28 99 64 1134 2117 2732 495 529 807 156 37221 9233 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000110.spe 83.75 1409.44 6.14 1 1.86E-02 -0.011 9.47E-03 0.0889 25013 1.4 0 278 11 0 278 1521 5316 3441 180 316 888 199685 621 200 613 142 0 0 458 8075 118 781 33 346 17 88 73 1098 1870 2385 349 488 691 121 36056 9000 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000111.spe 83.8 1409.94 6.14 1 1.86E-02 -0.011 9.47E-03 0.0889 24880 1.3 0 287 9 0 282 1376 5225 3270 193 326 860 196915 445 341 610 140 0 0 450 7987 275 964 51 326 68 89 11 1145 1895 2266 418 379 508 40 36715 9055 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000112.spe 83.85 1410.44 6.13 1 1.86E-02 -0.011 9.55E-03 0.0889 25192 1.27 24 279 0 0 286 1631 5694 3297 160 410 927 200134 577 356 821 216 0 0 603 8313 263 581 39 413 32 79 60 1149 1898 2348 469 505 576 82 36639 9045 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000113.spe 83.9 1410.94 6.12 1 1.86E-02 -0.011 9.61E-03 0.0889 25459 1.4 27 310 27 14 247 1524 5725 3337 182 384 890 205606 582 260 634 121 0 0 617 8382 162 706 65 387 99 93 58 1173 2076 2325 470 585 736 145 35623 9245 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000114.spe 83.95 1411.44 6.11 1 1.86E-02 -0.011 9.61E-03 0.0889 25499 1.28 8 268 22 0 254 1604 5802 3596 155 376 904 208127 531 292 651 99 0 0 645 8518 351 871 50 314 90 173 130 1163 1941 2557 389 522 808 7 35255 8928 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000115.spe 84 1411.94 6.11 1 1.86E-02 -0.011 9.64E-03 0.0889 23713 1.32 0 234 16 0 239 1279 4976 3199 170 322 756 186058 464 443 669 224 0 0 736 8253 229 828 26 266 73 97 64 1018 2059 2122 448 393 606 146 35194 8900 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000116.spe 84.05 1412.44 6.12 1 1.86E-02 -0.011 9.64E-03 0.0889 23944 1.26 29 194 28 11 232 1244 4398 3024 194 279 847 187154 510 428 742 191 0 0 659 8374 168 950 35 224 91 136 17 1045 1895 2380 381 440 747 19 35650 8600 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000117.spe 84.1 1412.94 6.12 1 1.86E-02 -0.011 9.68E-03 0.0889 24349 1.32 25 201 42 0 215 1402 5160 3181 118 373 854 193437 553 268 552 127 0 0 600 8535 310 899 67 311 54 109 73 1133 2071 2226 429 551 707 0 35674 9174 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000118.spe 84.15 1413.44 6.12 1 1.86E-02 -0.011 9.72E-03 0.0889 25154 1.3 0 272 17 0 231 1613 5794 3657 166 344 1017 203854 488 325 679 241 0 0 618 8394 156 751 45 291 39 175 49 1098 1910 2077 590 347 875 20 35010 9033 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000119.spe 84.2 1413.94 6.12 1 1.86E-02 -0.011 9.68E-03 0.0889 25804 1.32 0 270 0 0 228 1629 6237 3629 204 390 1021 211207 611 360 809 48 0 15 607 8934 421 835 43 419 85 62 137 1197 2052 2301 518 458 758 49 35832 8972 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000120.spe 84.25 1414.44 6.11 1 1.86E-02 -0.011 9.70E-03 0.0889 25648 1.52 0 285 23 0 261 1694 6333 3727 148 354 989 210078 605 433 662 310 0 0 665 9003 241 1253 46 339 85 88 0 1030 2006 2427 458 529 718 234 35206 9332 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000121.spe 84.3 1414.94 6.12 1 1.86E-02 -0.011 9.70E-03 0.0889 25268 1.23 23 324 38 0 209 1814 6005 3899 200 377 941 206143 601 493 802 306 0 0 669 8920 185 709 74 363 102 116 30 1070 1961 2270 444 506 785 214 35275 8969 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000122.spe 84.35 1415.44 6.12 1 1.86E-02 -0.011 9.71E-03 0.0889 24938 1.32 17 271 15 0 233 1673 5601 3633 193 376 912 200875 527 380 733 104 0 0 619 8618 135 847 70 341 47 82 80 1154 1938 2430 421 549 668 100 35198 9204 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000123.spe 84.4 1415.94 6.11 1 1.86E-02 -0.011 9.71E-03 0.0889 25265 1.29 0 259 23 10 254 1669 5682 3663 200 378 913 204884 493 288 767 126 0 0 598 8086 173 954 48 233 78 153 100 1119 1966 2268 474 477 618 0 35767 9357 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000124.spe 84.45 1416.44 6.11 1 1.86E-02 -0.011 9.71E-03 0.0889 25250 1.31 19 300 19 4 270 1628 5809 3596 205 325 850 203474 614 329 696 197 0 0 593 7709 255 999 52 342 81 120 32 1089 1917 2385 372 521 601 128 36367 9452 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000125.spe 84.5 1416.94 6.1 1 1.86E-02 -0.011 9.72E-03 0.0889 25191 1.39 14 260 16 0 254 1698 5539 3708 204 400 886 202448 508 385 626 251 0 0 668 7732 170 1047 37 375 53 79 43 985 2008 2176 466 483 761 87 36523 9087 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000126.spe 84.55 1417.44 6.1 1 1.86E-02 -0.011 9.72E-03 0.0889 25081 1.32 0 282 0 0 247 1525 5511 3371 173 335 824 199092 581 267 794 175 0 0 673 7890 355 984 15 358 43 69 107 1210 1956 2193 426 600 797 0 36665 9408 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000127.spe 84.6 1417.94 6.1 1 1.86E-02 -0.011 9.62E-03 0.0889 25191 1.28 14 249 17 0 256 1626 5224 3488 137 395 878 199442 583 344 727 173 0 0 729 7565 435 725 47 428 92 108 73 1090 1962 2414 412 515 768 142 37449 9043 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000128.spe 84.65 1418.44 6.1 1 1.86E-02 -0.011 9.62E-03 0.0889 25584 1.37 57 278 27 15 211 1526 5324 3389 209 376 926 200713 528 371 748 183 0 0 672 7461 267 885 46 402 106 90 27 1130 2120 2226 545 481 561 160 38712 9426 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000129.spe 84.7 1418.94 6.1 1 1.86E-02 -0.011 9.66E-03 0.0889 25676 1.32 5 305 19 0 212 1587 5537 3589 118 429 878 199709 503 279 670 290 0 0 570 7627 231 965 58 293 101 91 40 1176 1985 2237 518 489 646 101 38580 9530 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000130.spe 84.75 1419.44 6.09 1 1.86E-02 -0.011 9.68E-03 0.0889 26230 1.43 30 327 0 0 248 1714 5702 3944 175 418 853 204249 529 269 719 35 0 0 621 7355 298 1117 36 291 97 114 116 1296 2084 2211 475 539 621 204 40194 9688 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000131.spe 84.8 1419.94 6.08 1 1.86E-02 -0.011 9.70E-03 0.0889 25615 1.38 33 278 20 0 249 1453 5084 3466 227 364 809 194460 675 355 676 116 0 0 753 7272 275 764 53 242 30 132 87 1224 2080 2193 536 478 641 237 40668 9639 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000132.spe 84.85 1420.44 6.09 1 1.86E-02 -0.011 9.69E-03 0.0889 25209 1.38 29 245 12 0 201 1532 4983 3491 141 346 819 189510 601 309 636 141 0 0 574 6321 127 931 59 334 85 76 106 1280 1944 2280 450 504 512 0 40664 9682 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000133.spe 84.9 1420.94 6.09 1 1.86E-02 -0.011 9.64E-03 0.0889 25261 1.25 0 271 28 0 214 1395 5015 3995 136 318 812 189632 549 393 708 248 0 0 411 6518 206 715 47 278 44 109 46 1139 1884 1949 410 474 481 0 40747 9746 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000134.spe 84.95 1421.44 6.09 1 1.86E-02 -0.011 9.64E-03 0.0889 25461 1.46 0 233 21 6 252 1581 5018 3636 163 306 829 191041 652 385 669 235 0 0 518 6385 340 624 27 173 89 140 101 1182 2036 2324 515 472 666 0 41232 9578 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000135.spe 85 1421.94 6.08 1 1.86E-02 -0.011 9.64E-03 0.0889 25083 1.34 11 252 15 0 224 1441 4864 3475 96 393 793 187170 456 330 685 224 0 0 559 6300 77 860 51 289 67 64 14 1183 1957 1889 427 452 590 22 40232 9366 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000136.spe 85.05 1422.44 6.08 1 1.86E-02 -0.011 9.57E-03 0.0889 25013 1.34 8 305 27 6 234 1459 5128 3513 188 362 877 186789 575 388 669 160 0 0 643 6989 124 802 56 293 55 108 62 1168 2081 2014 462 496 657 44 39999 9260 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000137.spe 85.1 1422.94 6.08 1 1.86E-02 -0.011 9.57E-03 0.0889 25087 1.45 36 272 23 19 242 1483 5111 3329 213 421 850 190574 452 375 549 234 0 0 523 7572 160 864 37 376 64 74 19 1125 1907 2278 447 435 607 22 38360 9266 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000138.spe 85.15 1423.44 6.08 1 1.86E-02 -0.011 9.57E-03 0.0889 24594 1.32 0 289 25 0 200 1459 4943 3457 233 355 841 185235 479 225 697 218 0 0 499 6913 196 1024 45 228 58 134 60 1152 1979 2256 374 447 610 137 38804 9225 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000139.spe 85.2 1423.94 6.08 1 1.86E-02 -0.011 9.55E-03 0.0889 25019 1.49 10 265 0 0 258 1683 4965 3857 205 373 853 194018 478 343 709 295 0 0 586 6978 204 658 20 334 54 131 0 988 1905 2116 431 502 639 94 38290 9118 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000140.spe 85.25 1424.44 6.08 1 1.86E-02 -0.011 9.55E-03 0.0889 25464 1.31 10 307 9 13 250 1750 5278 3992 212 372 812 197475 620 423 736 245 0 0 628 7245 112 3042 20 317 77 99 87 1135 1938 2187 450 574 730 108 37582 9153 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000141.spe 85.3 1424.94 6.08 1 1.86E-02 -0.011 9.53E-03 0.0889 24626 1.41 47 236 6 0 224 1515 5046 3434 218 368 815 188009 565 320 517 306 0 0 617 7186 20 1378 51 316 11 84 44 1095 1953 1929 451 480 549 0 37494 9146 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000142.spe 85.35 1425.44 6.09 1 1.86E-02 -0.011 9.55E-03 0.0889 24084 1.33 43 288 45 0 242 1502 4289 3097 81 367 769 180752 469 175 561 232 0 0 526 6732 160 886 44 295 79 96 57 1120 1890 2195 418 438 616 221 38814 9327 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000143.spe 85.4 1425.94 6.09 1 1.86E-02 -0.011 9.55E-03 0.0889 24842 1.25 0 223 40 0 218 1431 4627 3404 84 343 829 190866 455 342 547 235 0 0 614 6478 193 753 34 359 51 76 0 1104 2020 2314 444 474 574 247 38820 9400 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000144.spe 85.45 1426.44 6.09 1 1.86E-02 -0.011 9.53E-03 0.0889 25146 1.37 0 241 4 0 217 1547 4645 3616 179 364 922 196339 599 334 475 137 0 0 717 6571 283 786 33 354 42 53 97 1145 1840 2359 458 528 671 177 38485 9629 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000145.spe 85.5 1426.94 6.09 1 1.86E-02 -0.011 9.60E-03 0.0889 25079 1.39 4 251 30 0 273 1514 5031 3302 205 398 912 197871 608 294 680 200 0 0 645 6472 278 590 33 385 40 72 76 1180 1930 2243 523 524 678 0 38251 9277 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000146.spe 85.55 1427.44 6.1 1 1.86E-02 -0.011 9.65E-03 0.0889 24810 1.28 0 281 7 0 259 1481 4808 3459 185 376 866 193651 518 423 650 415 0 0 647 6287 147 839 51 278 68 86 9 1042 2012 2203 417 432 711 0 37533 9173 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000147.spe 85.6 1427.94 6.1 1 1.86E-02 -0.011 9.66E-03 0.0889 24842 1.34 28 213 15 0 276 1490 4849 3397 156 424 781 197478 514 295 634 237 0 0 590 6210 28 733 17 352 38 83 115 1097 2020 2240 468 455 771 29 37065 9006 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000148.spe 85.65 1428.44 6.1 1 1.86E-02 -0.011 9.62E-03 0.0889 24502 1.26 0 214 6 0 263 1505 5063 3397 80 344 770 194267 539 321 625 239 0 0 602 6732 228 876 53 297 90 137 87 1056 1933 2230 510 464 634 48 36134 8854 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000149.spe 85.7 1428.94 6.11 1 1.86E-02 -0.011 9.60E-03 0.0889 24988 1.44 18 276 32 0 244 1522 5190 3654 246 345 851 204707 485 271 529 196 0 0 632 7174 212 650 44 332 78 92 58 1076 1910 2752 384 532 700 41 35190 8703 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000150.spe 85.75 1429.44 6.1 1 1.86E-02 -0.011 9.52E-03 0.0889 24968 1.38 0 286 34 21 246 1584 5311 3753 253 444 879 207315 557 318 727 206 0 0 556 7566 222 854 64 297 80 115 47 1018 1794 2520 460 571 834 0 34548 8863 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000151.spe 85.8 1429.94 6.1 1 1.86E-02 -0.011 9.52E-03 0.0889 24561 1.33 38 266 22 0 290 1400 5507 3496 266 351 896 204234 613 354 609 226 0 0 423 7885 212 634 22 214 51 154 77 1002 1953 2210 583 497 714 0 33411 8823 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000152.spe 85.85 1430.44 6.11 1 1.86E-02 -0.011 9.49E-03 0.0889 24355 1.31 0 300 32 0 268 1622 5979 3324 120 425 895 198084 500 338 709 135 0 0 628 9093 134 876 32 366 79 20 47 977 1786 2360 424 434 468 100 33491 8785 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000153.spe 85.9 1430.94 6.11 1 1.86E-02 -0.011 9.52E-03 0.0889 24451 1.41 12 252 0 0 222 1496 5869 3531 193 370 884 199072 562 287 766 177 0 0 498 9356 229 855 47 327 80 50 93 1115 1901 2369 408 509 741 175 33892 8929 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000154.spe 85.95 1431.44 6.11 1 1.86E-02 -0.011 9.63E-03 0.0889 24160 1.38 32 261 8 23 238 1491 5554 3436 123 403 864 195889 558 339 658 107 0 0 563 8831 270 1187 57 292 79 126 70 985 1951 2168 430 517 599 159 33254 8649 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000155.spe 86 1431.94 6.11 1 1.86E-02 -0.011 9.59E-03 0.0889 24482 1.3 0 230 0 0 300 1501 5950 3586 100 369 853 197975 485 490 694 313 0 0 523 8829 280 634 0 364 43 111 4 941 1989 2270 470 525 547 19 33929 8442 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000156.spe 86.05 1432.44 6.11 1 1.86E-02 -0.011 9.55E-03 0.0889 24570 1.22 21 267 21 15 222 1540 5776 3544 178 373 887 198959 568 328 709 187 0 0 503 8573 266 1149 41 367 103 95 121 1064 2015 2318 439 483 801 130 34009 8679 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000157.spe 86.1 1432.94 6.11 1 1.86E-02 -0.011 9.62E-03 0.0889 24785 1.22 0 259 25 0 255 1571 5538 3535 219 420 892 202765 549 232 752 186 0 0 588 8493 161 689 49 366 50 96 57 1162 1970 2354 521 457 622 148 34540 9123 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000158.spe 86.15 1433.44 6.12 1 1.86E-02 -0.011 9.59E-03 0.0889 24950 1.3 18 277 21 0 233 1704 6014 3735 170 389 915 205757 455 214 688 310 0 0 614 8449 224 625 47 392 54 86 72 1067 1910 2173 485 501 730 26 34586 8829 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000159.spe 86.2 1433.94 6.12 1 1.86E-02 -0.011 9.59E-03 0.0889 24675 1.22 17 264 12 6 272 1629 5920 3467 180 513 863 201532 551 239 662 152 0 0 451 8018 59 870 47 465 76 68 81 1057 1992 2309 534 432 653 74 34376 9058 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000160.spe 86.25 1434.44 6.13 1 1.86E-02 -0.011 9.57E-03 0.0889 24761 1.31 17 243 11 0 254 1441 5720 3430 211 386 911 200745 512 255 771 250 0 0 721 8134 138 907 30 374 50 67 171 1042 1898 2403 427 500 760 107 34921 8850 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000161.spe 86.3 1434.94 6.13 1 1.86E-02 -0.011 9.57E-03 0.0889 24678 1.19 32 251 43 0 230 1426 5243 3456 178 373 802 196432 662 321 694 249 0 0 334 8227 230 1033 47 342 58 105 97 1010 1851 2360 503 516 624 0 36274 9216 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000162.spe 86.35 1435.44 6.13 1 1.86E-02 -0.011 9.55E-03 0.0889 24841 1.37 0 283 22 15 272 1295 5131 3214 134 350 845 193664 561 201 622 93 0 0 603 7398 227 690 12 270 101 135 90 1199 1946 2119 404 467 606 0 37550 9055 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000163.spe 86.4 1435.94 6.12 1 1.86E-02 -0.011 9.61E-03 0.0889 25406 1.37 42 253 26 0 254 1520 5069 3285 302 459 876 199683 574 269 705 226 0 0 394 7172 181 747 65 353 46 83 62 1199 2024 2199 535 528 551 131 38219 9299 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000164.spe 86.45 1436.44 6.12 1 1.86E-02 -0.011 9.61E-03 0.0889 25024 1.28 4 268 9 7 224 1425 5181 3358 176 433 868 194551 574 352 629 213 0 0 681 7014 151 806 51 329 55 102 115 1138 1902 2003 516 483 609 163 37849 8992 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000165.spe 86.5 1436.94 6.12 1 1.86E-02 -0.011 9.59E-03 0.0889 24720 1.32 0 258 27 4 270 1424 5148 3464 181 386 794 190821 594 275 576 287 0 0 553 7085 97 883 60 355 70 36 50 1062 1848 2134 375 468 563 28 37247 9289 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000166.spe 86.55 1437.44 6.12 1 1.86E-02 -0.011 9.57E-03 0.0889 24920 1.34 29 225 17 0 262 1460 5115 3275 245 433 845 193503 594 309 732 164 0 0 585 7345 66 773 66 317 38 79 107 1190 1927 2022 524 487 570 0 38093 9099 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000167.spe 86.6 1437.94 6.12 1 1.86E-02 -0.011 9.57E-03 0.0889 25094 1.34 0 234 18 0 246 1525 5320 3435 126 379 882 197512 526 373 661 153 0 0 704 7217 300 864 36 315 93 102 44 1084 1870 2089 491 448 689 54 37301 8943 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000168.spe 86.65 1438.44 6.12 1 1.86E-02 -0.011 9.53E-03 0.0889 24263 1.3 31 240 35 0 272 1411 5005 3295 142 385 824 187973 492 373 528 179 0 0 602 6753 172 1148 43 313 60 131 0 1187 1893 2145 437 476 452 69 36571 8967 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000169.spe 86.7 1438.94 6.12 1 1.86E-02 -0.011 9.62E-03 0.0889 23478 1.31 0 218 31 0 260 1379 4572 3087 131 366 788 179932 514 341 617 202 0 0 609 6762 266 749 54 283 30 107 26 1074 1801 1994 468 480 540 123 36127 8715 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000170.spe 86.75 1439.44 6.12 1 1.86E-02 -0.011 9.60E-03 0.0889 23040 1.27 0 185 24 0 223 1226 4337 2887 185 323 749 176927 558 303 712 207 0 0 367 6975 33 1003 45 335 41 112 115 1115 1828 2116 378 480 441 0 34954 8819 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000171.spe 86.8 1439.94 6.12 1 1.86E-02 -0.011 9.55E-03 0.0889 22334 1.25 8 162 43 0 259 1178 4794 2768 159 296 820 171799 441 284 642 172 0 0 427 7156 284 909 40 325 68 58 79 1050 1830 1991 436 456 362 114 33569 8600 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000172.spe 86.85 1440.44 6.13 1 1.86E-02 -0.011 9.53E-03 0.0889 22987 1.41 34 189 62 7 259 1260 6080 3142 154 334 788 180087 540 306 626 254 33 0 493 7764 123 627 39 383 63 64 25 1091 1837 2182 320 471 482 57 33704 8538 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000173.spe 86.9 1440.94 6.13 1 1.86E-02 -0.011 9.60E-03 0.0889 24300 1.42 7 242 33 0 205 1417 6651 3432 162 327 932 199273 598 396 656 194 0 0 516 8212 162 692 36 360 70 107 54 994 1916 2483 375 515 504 179 33103 8357 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000174.spe 86.95 1441.44 6.13 1 1.86E-02 -0.011 9.60E-03 0.0889 24401 1.18 34 240 25 0 242 1394 6449 3403 202 387 956 204836 553 385 644 189 0 0 525 8811 315 754 24 345 85 78 16 950 1942 2389 396 566 653 79 32120 8550 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000175.spe 87 1441.94 6.13 1 1.86E-02 -0.011 9.58E-03 0.0889 24155 1.21 14 302 27 0 261 1562 7103 3488 164 347 880 202467 610 402 641 350 0 0 619 9852 85 1905 25 425 56 139 103 868 2010 2166 481 431 659 150 29711 8240 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000176.spe 87.05 1442.44 6.14 1 1.86E-02 -0.011 9.56E-03 0.0889 23875 1.23 34 317 22 0 268 1559 8389 3900 148 484 965 199331 590 308 673 148 0 0 602 11171 217 900 20 415 110 97 50 963 1959 2111 560 421 678 160 29891 8300 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000177.spe 87.1 1442.94 6.14 1 1.86E-02 -0.011 9.58E-03 0.0889 23556 1.33 0 301 40 0 222 1578 8627 3981 226 372 1031 195286 474 426 714 220 0 0 319 11443 186 1046 46 266 80 154 0 888 1924 1889 551 516 589 117 29169 8556 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000178.spe 87.15 1443.44 6.14 1 1.86E-02 -0.011 9.60E-03 0.0889 23642 1.4 7 313 36 0 255 1387 8361 4069 177 391 1029 198451 488 151 710 224 0 0 560 12106 242 1109 42 266 66 133 107 982 1945 2035 406 581 663 43 29303 8748 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000179.spe 87.2 1443.94 6.14 1 1.86E-02 -0.011 9.60E-03 0.0889 22836 1.26 14 309 38 0 273 1455 7552 3558 171 364 868 181077 394 162 559 182 0 0 557 12653 341 1528 30 316 83 116 74 983 1900 2135 420 459 571 199 29928 8508 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000180.spe 87.25 1444.44 6.14 1 1.86E-02 -0.011 9.58E-03 0.0889 23771 1.32 22 292 0 0 269 1689 7098 3586 199 358 945 192230 486 243 624 178 0 0 672 12731 194 930 27 385 93 69 61 981 1862 2246 373 559 524 211 31612 8984 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000181.spe 87.3 1444.94 6.13 1 1.86E-02 -0.011 9.58E-03 0.0889 24863 1.24 26 264 46 0 219 1630 6386 3909 193 392 951 207418 556 307 632 258 0 0 644 10421 202 1095 40 349 75 148 8 972 1837 2641 469 470 717 112 32488 9105 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000182.spe 87.35 1445.44 6.13 1 1.86E-02 -0.011 9.56E-03 0.0889 24950 1.35 9 283 37 0 217 1708 5923 3833 133 445 871 208001 542 294 690 66 0 0 662 8861 347 631 47 476 89 85 64 1074 1905 2508 456 440 798 139 34300 9054 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000183.spe 87.4 1445.94 6.13 1 1.86E-02 -0.011 9.57E-03 0.0889 25090 1.35 13 280 52 0 222 1675 5870 3844 141 384 893 208794 697 263 732 255 0 0 644 7932 232 937 43 427 43 118 184 953 1906 2664 519 545 677 7 33671 8723 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000184.spe 87.45 1446.44 6.14 1 1.86E-02 -0.011 9.61E-03 0.0889 24924 1.37 20 261 21 0 267 1612 6304 3625 201 352 880 206239 576 359 741 216 0 0 560 7613 263 656 21 393 64 91 40 995 1891 2349 456 602 801 54 34201 8721 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000185.spe 87.5 1446.94 6.14 1 1.86E-02 -0.011 9.65E-03 0.0889 25265 1.32 26 280 30 0 265 1705 6283 3839 190 361 1012 213172 537 290 734 196 0 0 725 7593 285 623 56 355 93 118 95 1067 1980 2314 523 514 662 262 34145 8788 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000186.spe 87.55 1447.44 6.14 1 1.86E-02 -0.011 9.69E-03 0.0889 25087 1.25 19 278 14 0 221 1608 6084 3486 160 416 880 211396 613 358 707 378 0 0 557 8118 81 793 44 487 87 5 61 928 2025 2226 500 464 813 179 33449 8703 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000187.spe 87.6 1447.94 6.14 1 1.86E-02 -0.011 9.71E-03 0.0889 24878 1.5 10 288 26 6 281 1695 5995 3507 245 424 884 210243 545 366 807 157 0 0 587 7967 322 789 33 372 24 110 95 1069 2069 2414 500 479 724 189 33274 8796 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000188.spe 87.65 1448.44 6.14 1 1.86E-02 -0.011 9.71E-03 0.0889 25185 1.33 0 265 15 0 239 1588 6020 3731 265 339 903 217496 680 210 809 267 0 0 696 7678 304 733 43 265 55 139 203 1073 1870 2617 386 559 780 267 32886 8742 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000189.spe 87.7 1448.94 6.14 1 1.86E-02 -0.011 9.58E-03 0.0889 25065 1.24 16 281 45 0 276 1552 6138 3616 164 403 931 218216 542 225 591 156 0 0 750 7678 236 759 51 342 105 90 54 990 1777 2625 444 557 939 111 32475 8680 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000190.spe 87.75 1449.44 6.15 1 1.86E-02 -0.011 9.61E-03 0.0889 24907 1.26 0 232 12 0 242 1594 6140 3837 199 375 828 218118 577 235 784 112 0 0 547 7617 271 882 29 296 30 139 72 911 1767 2557 499 533 829 81 31704 8341 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000191.spe 87.8 1449.94 6.15 1 1.86E-02 -0.011 9.63E-03 0.0889 24656 1.25 9 286 17 0 227 1742 6122 3963 97 444 844 216111 526 257 797 163 0 0 800 7948 334 989 46 390 87 92 74 985 1830 2409 461 551 720 93 30639 8420 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000192.spe 87.85 1450.44 6.15 1 1.86E-02 -0.011 9.63E-03 0.0889 24797 1.19 5 243 9 0 244 1564 6367 3557 167 417 905 219959 504 287 718 207 0 0 693 7983 0 1107 46 451 70 91 92 854 2140 2472 492 464 859 118 30563 8215 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000193.spe 87.9 1450.94 6.15 1 1.86E-02 -0.011 9.61E-03 0.0889 24232 1.28 7 224 31 7 281 1575 6341 3863 218 356 922 214701 444 168 611 124 0 0 562 7619 315 602 48 298 44 152 27 942 1764 2269 530 501 802 72 30466 8233 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000194.spe 87.95 1451.44 6.16 1 1.86E-02 -0.011 9.64E-03 0.0889 23409 1.28 0 262 27 0 267 1471 7368 3476 202 354 938 204390 506 212 740 216 0 0 575 8477 275 663 46 458 53 85 30 837 1803 2277 502 465 814 97 28833 8101 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000195.spe 88 1451.94 6.16 1 1.86E-02 -0.011 9.66E-03 0.0889 24143 1.32 0 274 17 0 282 1539 8121 3587 176 434 995 212328 488 329 710 157 0 0 729 11191 238 1040 36 415 86 141 13 857 1929 2186 508 423 650 273 28345 8283 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000196.spe 88.05 1452.44 6.16 1 1.86E-02 -0.011 9.66E-03 0.0889 25187 1.22 22 341 34 0 259 1659 8099 3905 227 352 910 227219 545 326 764 289 0 0 631 10550 208 1132 34 390 87 92 57 803 1844 2620 458 483 937 203 28690 8593 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000197.spe 88.1 1452.94 6.16 1 1.86E-02 -0.011 9.68E-03 0.0889 25763 1.25 23 293 54 0 260 1680 7940 3742 176 320 957 235470 507 311 651 268 0 0 645 10677 251 1080 46 457 76 150 50 807 1699 2587 329 657 977 187 28809 8733 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000198.spe 88.15 1453.44 6.17 1 1.86E-02 -0.011 9.65E-03 0.0889 26080 1.28 13 284 42 0 266 1635 7262 4238 152 408 999 243943 565 386 693 128 0 0 691 8398 206 901 55 390 63 150 110 846 1819 2735 503 511 1141 202 30215 8390 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000199.spe 88.2 1453.94 6.17 1 1.86E-02 -0.011 9.63E-03 0.0889 25480 1.41 0 312 0 0 283 1560 7649 4037 227 384 1039 237400 521 466 806 158 0 0 796 7825 123 625 24 438 68 145 35 888 1797 2665 459 685 1175 85 28628 8264 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000200.spe 88.25 1454.44 6.17 1 1.86E-02 -0.011 9.63E-03 0.0889 24844 1.33 6 359 17 0 280 1511 8942 4169 214 383 1094 226227 637 427 700 224 0 0 742 8466 213 1102 17 374 57 103 96 778 1863 2428 536 607 864 194 28181 8081 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000201.spe 88.3 1454.94 6.17 1 1.86E-02 -0.011 9.59E-03 0.0889 23417 1.24 44 288 5 0 275 1419 9563 3667 191 381 1050 202833 525 283 710 186 0 0 644 10089 211 781 29 374 118 103 0 886 1860 2533 402 523 664 275 27767 7952 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000202.spe 88.35 1455.44 6.17 1 1.86E-02 -0.011 9.55E-03 0.0889 23311 1.39 25 293 0 0 225 1395 10583 3590 254 375 985 197760 507 272 647 136 0 0 549 11332 109 1308 32 404 48 34 66 888 1830 2522 374 539 691 47 28045 8321 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000203.spe 88.4 1455.94 6.17 1 1.86E-02 -0.011 9.55E-03 0.0889 23274 1.2 9 276 22 0 229 1420 9882 4166 150 401 1210 197873 506 414 677 240 0 0 575 12144 110 1064 48 259 97 126 20 772 1884 2070 422 511 601 0 27462 8195 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000204.spe 88.45 1456.44 6.17 1 1.86E-02 -0.011 9.56E-03 0.0889 23185 1.27 45 323 46 0 272 1474 9513 3952 151 301 1201 193744 423 326 707 233 0 0 549 13287 259 1377 24 309 151 126 17 765 1835 2132 450 459 697 150 27906 8581 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000205.spe 88.5 1456.94 6.17 1 1.86E-02 -0.011 9.61E-03 0.0889 24145 1.25 16 311 19 0 258 1464 8654 3606 211 371 1218 199493 510 354 658 302 0 0 594 12945 276 1692 37 327 78 105 56 813 1971 2393 355 631 713 202 29924 8990 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000206.spe 88.55 1457.44 6.17 1 1.86E-02 -0.011 9.65E-03 0.0889 24513 1.18 24 275 24 0 253 1472 7315 3648 159 388 1099 204165 675 347 804 138 0 0 618 10161 187 1121 48 336 81 149 216 989 1880 2192 530 530 771 0 32187 8851 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000207.spe 88.6 1457.94 6.17 1 1.86E-02 -0.011 9.66E-03 0.0889 24408 1.25 43 324 15 0 264 1539 7599 3673 133 421 1156 203370 354 380 756 355 0 0 576 8978 253 981 44 485 58 60 45 898 1893 2199 453 525 637 187 33231 8561 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000208.spe 88.65 1458.44 6.17 1 1.86E-02 -0.011 9.64E-03 0.0889 24616 1.33 17 310 6 0 233 1541 7309 3590 184 302 1119 207702 623 394 785 139 0 0 700 8956 70 883 37 312 42 173 114 1004 1776 2501 461 532 793 146 31807 8491 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000209.spe 88.7 1458.94 6.17 1 1.86E-02 -0.011 9.64E-03 0.0889 24643 1.34 17 278 17 0 244 1579 6950 3598 223 325 1078 212228 481 421 703 78 0 0 564 8560 211 838 50 348 69 109 0 953 1851 2575 410 508 808 216 31401 8426 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000210.spe 88.75 1459.44 6.17 1 1.86E-02 -0.011 9.54E-03 0.0889 24406 1.25 29 287 22 0 249 1592 7175 3878 129 327 1226 212174 537 373 702 252 0 0 588 8997 220 827 34 379 102 127 25 889 1916 2257 496 587 673 106 30588 8530 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000211.spe 88.8 1459.94 6.17 1 1.86E-02 -0.011 9.54E-03 0.0889 24027 1.31 38 298 16 0 245 1545 7675 3763 211 392 1159 206696 529 321 647 229 0 0 559 9888 207 753 37 282 70 145 68 893 1831 2405 581 494 749 86 30023 8323 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000212.spe 88.85 1460.44 6.17 1 1.86E-02 -0.011 9.53E-03 0.0889 23895 1.4 7 305 0 0 285 1501 7210 3556 82 390 1023 201977 482 273 721 167 0 0 508 10462 285 976 28 338 66 91 39 901 1798 2478 300 549 552 168 30441 8567 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000213.spe 88.9 1460.94 6.18 1 1.86E-02 -0.011 9.53E-03 0.0889 24368 1.23 8 278 31 0 290 1472 7526 3646 111 329 1065 205079 472 318 624 278 0 0 491 9811 52 933 27 299 99 124 28 880 1816 2553 421 531 666 110 31744 8703 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000214.spe 88.95 1461.44 6.18 1 1.86E-02 -0.011 9.57E-03 0.0889 25753 1.31 0 295 5 0 246 1602 7636 3869 120 396 1120 225115 501 354 637 286 0 0 629 9097 128 794 18 381 50 103 0 845 1831 2593 464 491 879 108 32281 8975 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000215.spe 89 1461.94 6.17 1 1.86E-02 -0.011 9.65E-03 0.0889 26281 1.3 0 291 21 6 206 1666 7438 3691 226 380 1128 230411 608 306 778 96 0 0 576 8759 151 804 46 442 39 58 128 1001 1920 2875 502 564 893 187 32666 8691 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000216.spe 89.05 1462.44 6.17 1 1.86E-02 -0.011 9.65E-03 0.0889 26187 1.3 16 295 12 0 289 1670 7231 3764 175 407 1024 228596 647 341 558 198 0 0 578 8944 152 749 31 407 84 99 110 927 1963 2523 716 524 892 150 32982 8801 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000217.spe 89.1 1462.94 6.17 1 1.86E-02 -0.011 9.62E-03 0.0889 25924 1.36 0 320 14 0 282 1721 7130 3831 159 424 1063 226293 535 356 700 220 0 0 676 8341 249 636 24 450 85 87 69 1072 1959 2768 409 589 827 237 33094 8566 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000218.spe 89.15 1463.44 6.18 1 1.86E-02 -0.011 9.54E-03 0.0889 25436 1.34 19 353 26 0 248 1566 6989 3598 91 356 1092 222001 484 213 707 176 0 0 752 8245 135 864 42 394 140 126 92 989 1761 2529 607 502 818 220 32104 8439 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000219.spe 89.2 1463.94 6.18 1 1.86E-02 -0.011 9.53E-03 0.0889 25249 1.31 19 268 49 0 296 1577 6843 3644 178 379 1190 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6.16 1 1.86E-02 -0.011 9.55E-03 0.0889 25887 1.3 15 250 22 0 255 1738 6628 4044 251 371 1102 234421 601 393 722 101 0 0 754 8469 92 1049 33 427 73 87 45 854 1981 2686 531 486 841 240 30704 8475 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000235.spe 89.45 1471.94 6.16 1 1.86E-02 -0.011 9.58E-03 0.0889 25715 1.31 0 279 10 0 291 1817 6705 4103 272 423 1006 231240 608 404 816 121 0 0 797 8595 252 910 32 386 112 133 61 990 1873 2587 560 585 993 166 30902 8472 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000236.spe 89.5 1472.44 6.17 1 1.86E-02 -0.011 9.54E-03 0.0889 25535 1.3 17 283 0 0 272 1799 6384 4068 180 395 1008 227862 498 364 680 172 0 0 612 8478 284 716 49 336 110 128 34 803 1780 2612 444 690 927 163 31100 8424 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000237.spe 89.55 1472.94 6.17 1 1.86E-02 -0.011 9.57E-03 0.0889 25912 1.38 21 255 8 0 238 1801 6251 4233 187 396 1138 234569 581 232 675 137 0 0 587 8266 181 782 38 405 57 99 61 990 1702 2711 528 469 1048 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6.17 1 1.86E-02 -0.011 9.51E-03 0.0889 25942 1.19 0 256 29 0 246 1573 6236 3938 207 359 894 239954 536 338 740 149 0 0 610 7810 164 707 42 336 117 125 49 934 1759 2830 514 587 1099 54 30329 8526 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000246.spe 90 1477.44 6.17 1 1.86E-02 -0.011 9.54E-03 0.0889 26646 1.4 8 258 39 0 262 1508 6134 3704 141 379 989 252286 494 381 717 150 0 0 708 7447 171 739 22 349 91 113 0 913 1797 3166 597 630 1065 41 30215 8223 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000247.spe 90.05 1477.94 6.18 1 1.86E-02 -0.011 9.54E-03 0.0889 27297 1.23 0 257 42 0 229 1540 6006 3384 382 355 815 262548 449 460 512 218 0 0 805 7697 110 948 44 414 50 49 0 863 1682 2918 505 590 1185 310 30079 8325 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000248.spe 90.1 1478.44 6.18 1 1.86E-02 -0.011 9.54E-03 0.0889 26238 1.48 12 235 40 0 299 1332 6108 3294 290 350 875 244917 491 236 606 81 0 0 702 8138 108 526 45 321 125 117 31 979 1835 2533 575 487 1162 263 30523 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283 846 247 0 0 605 8481 210 726 15 423 65 61 117 1036 1825 2662 498 470 914 94 30586 8721 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000253.spe 90.35 1480.94 6.18 1 1.86E-02 -0.011 9.65E-03 0.0889 25459 1.44 14 242 34 0 261 1363 6088 3561 195 343 922 231202 535 292 796 186 0 0 919 8109 207 816 28 335 40 77 50 932 1936 2630 546 526 1067 87 30080 8406 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000254.spe 90.4 1481.44 6.18 1 1.86E-02 -0.011 9.67E-03 0.0889 26157 1.35 0 250 36 9 286 1528 5844 3752 227 387 929 244538 486 234 744 111 0 0 769 8042 131 454 31 341 103 131 32 978 1824 2767 607 566 1087 197 29444 8292 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000255.spe 90.45 1481.94 6.17 1 1.86E-02 -0.011 9.65E-03 0.0889 25873 1.39 14 207 30 15 294 1498 5827 3677 153 438 903 242640 551 230 754 136 0 0 711 7799 110 696 57 467 78 82 26 917 1734 2642 548 576 1067 146 29476 8252 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000256.spe 90.5 1482.44 6.18 1 1.86E-02 -0.011 9.65E-03 0.0889 26117 1.26 0 215 62 0 301 1415 5631 3419 147 386 828 251490 578 278 727 189 0 0 649 7323 0 846 35 384 111 114 65 908 1742 2883 521 694 1311 231 28100 7983 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000257.spe 90.55 1482.94 6.18 1 1.86E-02 -0.011 9.61E-03 0.0889 26145 1.46 9 185 48 0 298 1453 5562 3557 247 382 826 254480 555 299 580 136 0 0 609 7139 182 668 49 382 62 127 31 839 1609 2951 612 634 1097 335 28289 8112 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000258.spe 90.6 1483.44 6.18 1 1.86E-02 -0.011 9.56E-03 0.0889 27289 1.35 0 193 16 0 253 1486 6132 3430 182 368 880 274865 493 333 579 167 0 0 725 6393 0 311 36 361 110 87 0 825 1587 2919 650 628 1339 207 28205 8126 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000259.spe 90.65 1483.94 6.18 1 1.86E-02 -0.011 9.56E-03 0.0889 28572 1.29 0 224 36 0 241 1517 6318 3581 190 412 876 299146 542 254 639 225 0 0 806 6093 154 515 54 419 84 100 39 750 1616 3412 632 686 1657 263 26506 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571 169 0 0 636 8712 137 569 42 406 126 140 45 761 1764 2634 468 535 855 212 25909 8012 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000264.spe 90.9 1486.44 6.18 1 1.86E-02 -0.011 9.61E-03 0.0889 23931 1.29 27 257 39 0 260 1604 7229 3563 180 302 930 222591 409 254 671 283 0 0 615 9290 99 579 26 387 126 94 57 774 1730 2478 502 606 882 180 25893 8006 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000265.spe 90.95 1486.94 6.18 1 1.86E-02 -0.011 9.66E-03 0.0889 23628 1.27 31 248 33 0 267 1710 7335 3567 235 343 890 215609 423 270 765 188 0 0 574 10068 73 737 55 378 63 126 36 799 1792 2436 466 490 776 146 25963 8045 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000266.spe 91 1487.44 6.19 1 1.86E-02 -0.011 9.63E-03 0.0889 23451 1.23 17 279 37 0 259 1613 7963 3852 210 293 943 211298 387 206 723 114 0 0 514 10127 199 862 52 386 53 84 63 792 1786 2281 479 459 774 4 25619 7979 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000267.spe 91.05 1487.94 6.19 1 1.86E-02 -0.011 9.63E-03 0.0889 23366 1.29 26 276 21 0 276 1747 8011 4208 190 314 979 210673 352 176 744 192 0 0 496 10330 153 986 27 308 90 128 42 856 1899 2362 379 479 764 154 25557 7821 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000268.spe 91.1 1488.44 6.19 1 1.86E-02 -0.011 9.59E-03 0.0889 22547 1.32 22 278 41 0 251 1638 7942 3772 156 343 994 199600 507 418 796 240 0 0 409 10955 128 1095 48 346 93 133 152 756 1835 2334 411 575 720 9 24787 8019 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000269.spe 91.15 1488.94 6.19 1 1.86E-02 -0.011 9.59E-03 0.0889 23053 1.13 19 270 34 0 270 1846 8074 4064 155 357 1060 205908 397 254 838 176 0 0 604 11009 121 1385 22 427 91 89 57 791 1793 2222 485 482 855 180 24792 7854 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000270.spe 91.2 1489.44 6.19 1 1.86E-02 -0.011 9.56E-03 0.0889 22920 1.22 31 248 15 0 236 1872 8164 4107 188 392 1081 201941 431 203 733 150 0 0 735 11081 159 1364 37 320 72 137 25 833 1872 2251 506 554 695 113 25233 7832 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000271.spe 91.25 1489.94 6.19 1 1.86E-02 -0.011 9.57E-03 0.0889 22988 1.32 16 295 14 0 289 1932 7905 4303 179 312 1073 200643 417 122 775 93 0 0 481 11347 290 1254 0 337 82 166 0 865 1813 2111 540 461 742 111 25441 8314 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000272.spe 91.3 1490.44 6.19 1 1.86E-02 -0.011 9.61E-03 0.0889 23109 1.3 32 272 12 0 230 1997 8392 4502 216 333 1113 200798 390 190 810 176 0 0 748 10814 397 1299 74 336 73 130 38 836 1853 2289 429 485 813 63 26178 8234 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000273.spe 91.35 1490.94 6.19 1 1.86E-02 -0.011 9.55E-03 0.0889 23141 1.25 12 308 0 0 291 1891 8668 4235 260 321 1093 201902 425 129 832 249 0 0 621 11402 182 1348 12 395 56 127 54 847 1820 2097 430 389 658 0 25483 8213 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000274.spe 91.4 1491.44 6.19 1 1.86E-02 -0.011 9.55E-03 0.0889 22873 1.13 23 288 20 0 324 2135 8828 4369 183 363 1031 198648 346 130 749 163 0 0 623 11524 377 1285 16 434 58 85 20 788 1835 2194 421 439 691 167 25960 8007 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000275.spe 91.45 1491.94 6.18 1 1.86E-02 -0.011 9.53E-03 0.0889 23135 1.24 20 308 27 0 256 2064 9095 4166 261 298 1039 202118 298 163 765 160 0 0 580 11654 280 974 26 415 33 99 81 792 1922 2523 413 513 705 165 26097 8071 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000276.spe 91.5 1492.44 6.18 1 1.86E-02 -0.011 9.56E-03 0.0889 22860 1.33 16 366 28 0 264 2090 9426 4447 131 370 1149 198595 484 186 787 257 0 0 571 11826 298 996 16 336 108 136 80 796 1880 2134 576 499 813 79 25537 8080 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000277.spe 91.55 1492.94 6.19 1 1.86E-02 -0.011 9.56E-03 0.0889 22573 1.19 31 301 15 0 268 2057 9587 4506 119 290 991 193362 400 189 826 186 0 0 625 12255 260 903 24 420 30 112 46 805 1931 2286 484 493 514 208 25496 7990 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000278.spe 91.6 1493.44 6.19 1 1.86E-02 -0.011 9.59E-03 0.0889 22663 1.31 17 290 25 0 261 2047 10529 4722 172 265 1058 194367 380 58 793 237 0 0 471 12925 352 1129 30 414 87 74 28 784 1892 2052 438 427 613 143 24272 8269 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000279.spe 91.65 1493.94 6.19 1 1.86E-02 -0.011 9.57E-03 0.0889 22491 1.34 25 310 28 0 270 1871 10077 4128 264 307 1142 192044 358 184 774 231 0 0 612 13505 293 896 40 356 11 114 95 759 1843 2138 345 489 671 90 24742 8254 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000280.spe 91.7 1494.44 6.19 1 1.86E-02 -0.011 9.57E-03 0.0889 22493 1.25 12 294 13 0 236 1846 11009 3932 174 290 1064 190018 366 167 768 298 0 0 742 13998 291 844 17 345 57 142 39 710 1959 2149 333 499 634 136 25643 8161 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000292.spe 91.75 1500.44 6.19 1 1.86E-02 -0.011 9.60E-03 0.0889 26582 1.42 16 240 42 0 255 1511 5280 3469 152 395 1159 225463 582 255 777 234 0 0 617 6509 171 627 24 352 72 84 91 1153 1954 2659 562 598 689 237 36828 8889 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000293.spe 91.8 1500.94 6.19 1 1.86E-02 -0.011 9.55E-03 0.0889 27077 1.34 30 244 70 0 228 1514 5006 3611 127 378 1066 233647 533 192 615 163 0 0 657 6157 131 987 43 279 63 143 33 1097 1915 2565 662 561 1021 99 36864 8805 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000294.spe 91.85 1501.44 6.19 1 1.86E-02 -0.011 9.51E-03 0.0889 26670 1.23 19 266 59 5 300 1489 4783 3496 201 356 1024 227446 549 260 513 146 0 0 561 6184 137 884 30 333 73 118 28 1169 1887 2549 450 538 802 229 36564 9076 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000295.spe 91.9 1501.94 6.19 1 1.86E-02 -0.011 9.48E-03 0.0889 26023 1.49 10 171 47 0 247 1382 4537 3292 217 343 1017 216309 542 198 529 148 0 0 567 6808 224 682 33 313 63 92 37 1068 1801 2494 496 570 792 153 36350 8946 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000296.spe 91.95 1502.44 6.19 1 1.86E-02 -0.011 9.48E-03 0.0889 26219 1.37 12 202 24 0 242 1358 4580 3201 218 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6.18 1 1.86E-02 -0.011 9.51E-03 0.0889 25983 1.38 9 126 43 0 231 1177 4364 3645 204 376 880 220534 533 296 589 90 0 0 610 7173 126 1101 42 328 26 63 69 1069 1813 2700 510 468 889 92 35436 9114 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000301.spe 92.2 1504.94 6.18 1 1.86E-02 -0.011 9.58E-03 0.0889 26377 1.3 32 149 60 0 175 1199 4543 3457 187 330 793 226592 477 107 574 46 0 0 600 7190 226 736 64 282 89 114 96 1255 1767 2649 469 555 839 111 35541 9219 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000302.spe 92.25 1505.44 6.18 1 1.86E-02 -0.011 9.60E-03 0.0889 26741 1.26 7 209 41 0 319 1329 5063 3506 167 382 920 233784 493 275 608 170 0 0 711 7040 248 803 26 301 81 101 31 1107 1977 2467 597 471 1076 149 35442 8985 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000303.spe 92.3 1505.94 6.17 1 1.86E-02 -0.011 9.56E-03 0.0889 26588 1.48 10 210 50 0 270 1344 4906 3396 301 389 786 233390 428 203 517 158 0 0 672 7043 247 733 29 271 50 110 80 1059 1912 2662 426 619 1088 144 34523 8620 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000304.spe 92.35 1506.44 6.17 1 1.86E-02 -0.011 9.56E-03 0.0889 26224 1.37 7 209 34 12 254 1267 4797 2844 181 384 786 231535 404 207 603 141 0 0 762 7226 213 699 45 436 54 41 0 980 1798 2573 488 655 864 107 35068 8966 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000305.spe 92.4 1506.94 6.17 1 1.86E-02 -0.011 9.59E-03 0.0889 26770 1.4 22 227 54 0 250 1313 4598 3099 184 324 706 244102 421 219 528 106 0 0 767 7280 270 721 60 328 66 148 24 973 1731 2489 521 542 963 259 34100 8569 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000306.spe 92.45 1507.44 6.18 1 1.86E-02 -0.011 9.59E-03 0.0889 26452 1.27 17 249 72 0 283 1452 5351 3312 229 363 760 236579 467 323 709 169 0 0 539 7157 179 658 31 381 23 109 34 1095 1776 2670 529 596 1033 193 33995 8507 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000307.spe 92.5 1507.94 6.18 1 1.86E-02 -0.011 9.57E-03 0.0889 25763 1.25 0 202 30 0 278 1359 5305 3222 191 303 835 222403 506 251 523 224 0 0 639 7675 97 858 27 372 41 108 0 979 1866 2797 491 475 929 161 33927 8692 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000308.spe 92.55 1508.44 6.17 1 1.86E-02 -0.011 9.57E-03 0.0889 25905 1.2 0 197 17 0 263 1518 5242 3350 201 411 898 226964 560 194 626 146 0 0 786 7456 53 601 39 420 71 66 15 1028 1834 2563 479 573 988 246 33606 8830 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000309.spe 92.6 1508.94 6.17 1 1.86E-02 -0.011 9.59E-03 0.0889 25851 1.3 23 246 25 8 274 1470 5446 3414 176 382 924 225760 601 271 646 198 0 0 678 7986 127 701 62 330 89 113 45 920 1886 2701 504 507 967 237 33632 8579 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000310.spe 92.65 1509.44 6.17 1 1.86E-02 -0.011 9.57E-03 0.0889 25769 1.34 11 244 28 0 284 1425 5622 3288 81 350 906 225459 551 332 703 190 0 0 745 7482 200 962 27 412 135 102 31 990 1950 2350 583 519 814 40 33405 8646 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000311.spe 92.7 1509.94 6.17 1 1.86E-02 -0.011 9.64E-03 0.0889 25806 1.36 14 208 19 8 281 1530 5544 3595 151 402 871 225421 512 294 717 129 0 0 591 7908 177 855 21 327 84 154 18 962 1888 2222 598 448 1001 255 33379 8832 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000312.spe 92.75 1510.44 6.18 1 1.86E-02 -0.011 9.66E-03 0.0889 25861 1.38 0 230 56 17 287 1430 5802 3569 169 396 927 225810 444 212 630 98 0 0 688 8393 301 855 40 374 66 107 105 956 1795 2472 504 569 769 118 33317 8618 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000313.spe 92.8 1510.94 6.18 1 1.86E-02 -0.011 9.69E-03 0.0889 25676 1.39 17 165 11 0 221 1356 5657 3256 216 377 775 221498 479 190 749 112 0 0 798 8202 206 848 55 388 81 99 94 1022 1872 2352 658 477 795 40 33149 8662 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000314.spe 92.85 1511.44 6.18 1 1.86E-02 -0.011 9.69E-03 0.0889 25714 1.39 22 204 54 9 221 1429 5754 3300 213 326 930 223197 473 132 658 105 0 0 774 8059 341 774 46 339 113 91 44 1070 1802 2465 463 554 901 145 33785 8750 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000315.spe 92.9 1511.94 6.18 1 1.86E-02 -0.011 9.69E-03 0.0889 25518 1.31 26 222 31 0 317 1436 5635 3545 162 368 905 221449 508 324 558 176 0 0 520 7994 251 851 36 369 61 88 0 957 2072 2404 557 511 833 185 32786 8781 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000316.spe 92.95 1512.44 6.18 1 1.86E-02 -0.011 9.66E-03 0.0889 25881 1.35 0 208 24 0 255 1334 6152 3675 198 447 878 231352 517 198 648 166 0 0 547 8123 131 530 53 284 124 144 80 1091 1954 2560 611 602 973 203 31472 8208 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000317.spe 93 1512.94 6.18 1 1.86E-02 -0.011 9.67E-03 0.0889 24776 1.39 7 202 42 0 277 1453 6174 3668 196 308 878 216210 504 242 665 131 0 0 694 8432 146 994 36 327 62 128 95 941 1967 2607 459 570 830 155 30784 8462 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000318.spe 93.05 1513.44 6.18 1 1.86E-02 -0.011 9.67E-03 0.0889 24435 1.25 0 222 43 0 244 1607 6658 3708 169 317 876 212371 521 102 676 172 0 0 622 9228 375 786 42 341 74 162 70 981 1774 2280 517 424 797 61 30935 8179 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000319.spe 93.1 1513.94 6.18 1 1.86E-02 -0.011 9.67E-03 0.0889 24628 1.21 26 202 32 0 232 1558 6757 3648 179 335 1026 214189 437 53 723 176 0 0 589 9632 222 938 48 421 76 126 120 979 1873 2489 504 459 845 141 31068 8603 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000320.spe 93.15 1514.44 6.17 1 1.86E-02 -0.011 9.58E-03 0.0889 24956 1.2 0 221 15 0 322 1616 6638 3764 192 416 991 219897 448 260 876 213 0 0 668 9921 78 969 20 393 37 143 121 964 1853 2657 440 561 829 155 30299 8646 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000321.spe 93.2 1514.94 6.17 1 1.86E-02 -0.011 9.57E-03 0.0889 25006 1.3 14 236 47 0 267 1556 6653 3644 171 358 947 225257 439 222 767 198 0 0 730 9643 195 974 50 346 91 115 24 784 1983 2511 470 525 870 189 28939 8452 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000322.spe 93.25 1515.44 6.17 1 1.86E-02 -0.011 9.56E-03 0.0889 24558 1.41 0 195 27 0 255 1467 6217 3270 208 348 879 217969 507 272 727 170 0 0 680 9270 174 822 35 448 75 125 40 928 1889 2494 410 596 797 148 29497 8263 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000323.spe 93.3 1515.94 6.17 1 1.86E-02 -0.011 9.56E-03 0.0889 24845 1.32 4 194 0 0 218 1760 6229 4300 248 344 949 222445 450 211 772 140 0 0 642 9287 226 686 26 513 45 139 120 952 1772 2484 506 552 815 197 29387 8486 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000324.spe 93.35 1516.44 6.17 1 1.86E-02 -0.011 9.61E-03 0.0889 24994 1.31 0 193 22 0 248 1709 6437 4255 240 351 945 225270 456 224 712 176 0 0 614 9733 237 895 39 407 59 154 49 845 1833 2534 483 608 895 157 29304 8543 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000325.spe 93.4 1516.94 6.16 1 1.86E-02 -0.011 9.63E-03 0.0889 24664 1.47 0 214 29 0 284 1473 6254 3388 168 252 898 220237 550 355 763 297 0 0 540 9434 96 877 30 447 118 131 0 847 1831 2465 542 566 868 161 29873 8485 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000326.spe 93.45 1517.44 6.17 1 1.86E-02 -0.011 9.63E-03 0.0889 25835 1.34 7 196 19 0 256 1569 6809 3731 220 364 1003 237182 450 268 752 213 0 0 642 9132 250 872 38 392 105 139 84 922 1910 2563 511 536 1054 189 29594 8668 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000327.spe 93.5 1517.94 6.17 1 1.86E-02 -0.011 9.59E-03 0.0889 24777 1.3 16 193 17 0 228 1522 6700 3482 212 355 944 221656 539 370 794 42 0 0 514 8651 268 901 39 432 68 84 0 861 1724 2442 538 638 759 321 29537 8436 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000328.spe 93.55 1518.44 6.17 1 1.86E-02 -0.011 9.62E-03 0.0889 24720 1.28 0 206 14 0 240 1491 6202 3656 163 277 891 224195 545 207 769 142 0 0 666 8323 170 878 72 451 66 101 111 888 1707 2484 472 573 969 140 29070 8101 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000329.spe 93.6 1518.94 6.17 1 1.86E-02 -0.011 9.49E-03 0.0889 23980 1.27 0 135 17 10 261 1396 6056 3465 128 342 881 218236 461 262 681 165 0 0 744 8010 223 733 32 411 79 101 95 810 1688 2328 519 584 837 72 28089 7916 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000330.spe 93.65 1519.44 6.18 1 1.86E-02 -0.011 9.54E-03 0.0889 24364 1.22 0 173 28 0 268 1250 6706 3291 165 259 911 225531 498 208 752 108 0 0 622 8435 225 774 41 393 130 164 54 893 1734 2771 513 552 934 105 27684 7984 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000331.spe 93.7 1519.94 6.18 1 1.86E-02 -0.011 9.56E-03 0.0889 24673 1.41 0 214 16 0 269 1249 7230 3210 132 310 926 233924 467 220 840 164 0 0 596 8463 163 913 42 355 94 92 114 838 1811 2633 609 562 1043 112 26302 8048 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000332.spe 93.75 1520.44 6.18 1 1.86E-02 -0.011 9.60E-03 0.0889 23935 1.34 5 233 6 0 310 1406 7357 3341 182 258 895 223855 389 235 847 230 0 0 658 8541 49 556 18 356 38 146 27 789 1707 2693 410 548 823 125 25992 7625 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000333.spe 93.8 1520.94 6.19 1 1.86E-02 -0.011 9.65E-03 0.0889 23270 1.28 30 187 0 0 228 1546 7938 3461 128 330 906 213514 341 201 796 163 0 0 656 9194 486 814 27 357 29 134 0 766 1710 2275 520 462 786 188 24984 7793 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000334.spe 93.85 1521.44 6.19 1 1.86E-02 -0.011 9.66E-03 0.0889 22751 1.38 17 298 0 0 244 1589 8412 3609 159 281 880 204794 437 198 749 225 0 0 515 9907 299 735 22 376 87 127 24 755 1762 2512 378 401 786 133 25678 7950 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000335.spe 93.9 1521.94 6.19 1 1.86E-02 -0.011 9.66E-03 0.0889 22330 1.23 31 236 10 6 233 1745 8787 3711 181 333 844 196504 380 269 817 312 0 0 493 10980 335 836 43 341 88 107 35 686 1791 2331 425 409 545 203 24449 7884 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000336.spe 93.95 1522.44 6.19 1 1.86E-02 -0.011 9.64E-03 0.0889 22572 1.32 0 325 37 0 271 1810 9258 3939 164 313 929 197342 401 234 849 136 0 0 569 11628 171 888 27 308 72 163 23 657 1853 2144 369 490 733 93 25526 8138 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000337.spe 94 1522.94 6.2 1 1.86E-02 -0.011 9.49E-03 0.0889 22804 1.31 17 319 0 0 261 2205 9320 4260 165 325 1000 201033 396 119 851 168 0 0 580 11456 230 969 32 402 64 116 93 692 1715 2053 413 543 647 142 25536 8100 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000338.spe 94.05 1523.44 6.21 1 1.86E-02 -0.011 9.44E-03 0.0889 22333 1.25 5 287 0 0 287 2015 9563 3893 172 317 955 193722 350 248 806 198 0 0 593 11588 202 1310 23 379 108 140 17 696 1791 2313 380 471 600 57 24788 7878 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000339.spe 94.1 1523.94 6.21 1 1.86E-02 -0.011 9.40E-03 0.0889 22365 1.23 21 350 45 14 296 2097 9455 4167 187 288 986 193451 297 220 743 232 0 0 638 11804 191 965 26 407 94 124 42 742 1793 2362 277 415 654 111 24144 7941 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000340.spe 94.15 1524.44 6.22 1 1.86E-02 -0.011 9.45E-03 0.0889 22339 1.31 0 285 0 0 273 2177 9800 4668 208 294 985 192812 333 137 814 222 0 0 602 11935 490 1335 41 437 98 128 81 713 1928 2042 465 541 635 134 24383 7989 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000341.spe 94.2 1524.94 6.22 1 1.86E-02 -0.011 9.44E-03 0.0889 22446 1.38 0 315 12 0 321 1919 10452 4314 207 341 1046 193434 316 145 802 242 0 0 665 12717 340 1076 11 396 85 126 0 655 1937 2264 339 434 648 76 24698 7965 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000342.spe 94.25 1525.44 6.22 1 1.86E-02 -0.011 9.44E-03 0.0889 23121 1.27 5 264 12 0 227 1909 10042 4166 256 329 992 199891 426 157 695 227 0 0 593 12963 358 1177 53 400 68 108 23 791 1738 2404 319 550 705 93 25963 8290 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000343.spe 94.3 1525.94 6.21 1 1.86E-02 -0.011 9.47E-03 0.0889 24206 1.35 18 271 34 0 249 1774 8467 3898 294 304 1023 212088 421 55 731 261 5 0 609 12624 360 1179 50 314 84 129 35 940 1930 2372 433 634 963 166 26850 8588 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000344.spe 94.35 1526.44 6.21 1 1.86E-02 -0.011 9.50E-03 0.0889 25058 1.38 0 201 32 0 288 1673 6607 3765 237 433 978 221109 444 207 723 217 0 0 654 11035 224 1073 23 379 50 92 66 973 1821 2409 564 568 631 280 29381 8632 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000345.spe 94.4 1526.94 6.21 1 1.86E-02 -0.011 9.50E-03 0.0889 25223 1.3 0 259 32 0 263 1623 5268 3667 274 441 1063 220739 629 373 735 196 0 0 668 9329 225 928 34 379 108 114 97 876 1899 2440 490 556 984 295 31552 8777 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000346.spe 94.45 1527.44 6.21 1 1.86E-02 -0.011 9.59E-03 0.0889 25048 1.31 0 242 15 12 285 1634 5347 3924 268 374 1074 220375 514 344 743 227 0 0 712 6982 277 640 40 319 58 119 115 990 1755 2578 484 500 879 89 32062 8369 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000347.spe 94.5 1527.94 6.22 1 1.86E-02 -0.011 9.66E-03 0.0889 25475 1.28 14 226 0 0 252 1736 5542 3980 229 483 1131 224832 562 289 717 210 0 0 887 6731 123 798 41 413 59 80 63 936 1808 2678 538 488 872 129 32796 8784 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000348.spe 94.55 1528.44 6.23 1 1.86E-02 -0.011 9.63E-03 0.0889 25624 1.29 27 236 24 0 272 1669 5080 3908 221 371 1131 228472 638 315 807 252 0 0 708 6202 79 690 39 334 81 141 86 958 1809 2804 378 642 866 130 32406 8579 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000349.spe 94.6 1528.94 6.23 1 1.86E-02 -0.011 9.58E-03 0.0889 26049 1.16 9 245 32 0 283 1726 5242 3941 235 338 1135 235115 519 273 627 196 0 0 512 5990 198 768 40 403 102 82 28 986 1778 2724 474 578 754 349 32737 8522 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000350.spe 94.65 1529.44 6.23 1 1.86E-02 -0.011 9.58E-03 0.0889 26339 1.49 0 238 7 11 234 1651 5401 3845 230 424 1032 240160 576 258 649 125 0 0 647 6206 136 476 58 497 48 23 130 922 1719 2708 563 623 874 256 33022 8496 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000362.spe 94.7 1535.44 6.24 1 1.86E-02 -0.011 9.65E-03 0.0889 26366 1.46 5 199 57 4 293 1532 4922 3911 97 383 789 239325 498 401 624 344 0 0 639 6211 265 782 16 315 151 97 30 935 1803 2648 576 597 1083 258 33462 8533 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000363.spe 94.75 1535.94 6.24 1 1.86E-02 -0.011 9.63E-03 0.0889 25612 1.32 0 184 29 0 279 1416 4916 3646 221 347 843 225775 477 312 682 135 0 0 681 5961 317 1010 30 322 77 100 62 942 1749 2499 618 509 923 200 33454 8873 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000364.spe 94.8 1536.44 6.25 1 1.86E-02 -0.011 9.60E-03 0.0889 25899 1.38 0 185 16 0 252 1412 4766 3488 167 420 868 230407 447 316 647 170 0 0 631 6072 82 509 41 332 84 102 35 929 1732 2600 603 447 911 126 32925 8661 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000365.spe 94.85 1536.94 6.25 1 1.86E-02 -0.011 9.58E-03 0.0889 25751 1.43 0 199 40 0 241 1455 5016 3429 195 337 863 228464 434 264 592 117 0 0 654 5831 98 770 49 387 70 60 0 1056 1738 2491 524 551 825 35 34743 8525 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000366.spe 94.9 1537.44 6.25 1 1.86E-02 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9.68E-03 0.0889 25527 1.38 39 238 9 0 298 1357 3961 3312 225 358 841 203163 430 383 591 153 0 0 701 5592 288 885 19 246 76 86 102 1203 1960 2279 486 556 560 169 38979 9329 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000462.spe 99.7 1585.44 6.37 1 1.86E-02 -0.011 9.68E-03 0.0889 25517 1.27 26 237 60 5 267 1339 4194 3484 216 347 857 202426 428 239 534 140 0 0 483 5635 75 761 69 199 80 108 6 1109 1945 2407 427 548 555 59 39283 9093 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000463.spe 99.75 1585.94 6.37 1 1.86E-02 -0.011 9.65E-03 0.0889 25532 1.39 0 256 0 0 303 1384 4609 3419 187 396 805 202730 553 332 686 188 0 0 611 5793 247 721 58 321 34 67 55 1190 1884 2244 568 463 747 95 38641 9064 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000464.spe 99.8 1586.44 6.37 1 1.86E-02 -0.011 9.61E-03 0.0889 24780 1.24 0 276 26 0 246 1343 4209 3230 149 347 737 190683 463 330 645 185 0 0 656 5780 333 1043 61 245 47 105 66 1167 1967 2096 461 509 593 42 38844 9258 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000465.spe 99.85 1586.94 6.38 1 1.86E-02 -0.011 9.59E-03 0.0889 24666 1.46 14 256 35 5 267 1340 3995 3054 156 290 748 187718 452 152 576 188 0 0 487 5511 126 572 52 246 45 124 85 1170 1934 2135 407 475 537 76 39484 9159 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000466.spe 99.9 1587.44 6.38 1 1.86E-02 -0.011 9.55E-03 0.0889 25134 1.37 5 226 26 0 352 1410 4232 3489 130 386 878 195962 475 179 679 332 0 0 374 5311 285 813 14 233 67 83 111 1214 1935 2252 498 431 621 0 39546 8947 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000467.spe 99.95 1587.94 6.38 1 1.86E-02 -0.011 9.54E-03 0.0889 24703 1.45 0 201 27 0 325 1325 4130 3286 157 410 848 189590 438 178 627 75 0 0 404 5752 310 590 54 322 28 37 46 1175 1841 2387 390 460 484 0 39348 8886 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000468.spe 100 1588.44 6.38 1 1.86E-02 -0.011 9.67E-03 0.0889 24629 1.34 17 253 18 25 308 1376 4011 3638 183 326 838 189184 514 245 652 229 0 0 460 5715 108 695 36 270 68 89 149 1200 1907 2051 368 510 474 0 38572 9185 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000469.spe 100.05 1588.94 6.38 1 1.86E-02 -0.011 9.65E-03 0.0889 24367 1.41 12 239 22 0 300 1348 3942 3348 212 337 848 186262 432 343 738 256 0 0 409 5627 287 554 38 165 28 141 53 1200 1918 2272 489 494 452 41 39447 9076 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000470.spe 100.1 1589.44 6.38 1 1.86E-02 -0.011 9.61E-03 0.0889 24569 1.38 0 232 7 0 278 1455 3960 3297 168 336 874 188802 443 287 581 92 0 0 586 5521 298 951 54 227 65 107 156 1133 1923 2204 352 504 544 0 38669 9002 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000471.spe 100.15 1589.94 6.38 1 1.86E-02 -0.011 9.63E-03 0.0889 24878 1.39 23 222 0 0 282 1363 4320 3197 163 370 915 194475 467 345 570 172 0 0 602 5852 0 588 47 312 80 90 28 1111 2027 2447 452 533 667 0 38030 9053 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000472.spe 100.2 1590.44 6.37 1 1.86E-02 -0.011 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C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000476.spe 100.4 1592.44 6.37 1 1.86E-02 -0.011 9.66E-03 0.0889 24565 1.24 0 251 6 0 250 1552 4633 3674 134 350 975 199173 434 248 586 170 0 0 558 6031 190 843 44 336 24 140 44 1105 1847 2165 530 421 677 37 35892 8664 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000477.spe 100.45 1592.94 6.37 1 1.86E-02 -0.011 9.68E-03 0.0889 24288 1.33 18 240 31 0 274 1483 4586 3232 207 329 927 197752 470 235 552 248 0 0 652 6458 156 981 49 312 98 81 128 1058 1899 2446 482 474 707 0 35665 8667 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000478.spe 100.5 1593.44 6.38 1 1.86E-02 -0.011 9.67E-03 0.0889 24683 1.23 7 246 38 0 312 1473 4454 3334 219 409 882 206114 507 174 848 199 0 0 598 6420 88 912 54 302 61 75 158 1076 1826 2222 497 672 726 20 34251 8465 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000479.spe 100.55 1593.94 6.38 1 1.86E-02 -0.011 9.61E-03 0.0889 25166 1.38 0 275 0 16 298 1532 4768 3661 178 380 907 215980 479 207 688 207 0 0 522 6153 172 958 26 247 62 96 129 1106 1837 2572 418 571 907 162 33715 8600 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000480.spe 100.6 1594.44 6.38 1 1.86E-02 -0.011 9.62E-03 0.0889 25227 1.38 26 324 17 0 235 1712 4834 3569 161 370 888 218391 467 301 645 301 0 0 661 6691 190 724 63 374 25 107 126 881 1757 2266 531 652 935 168 33848 8536 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000481.spe 100.65 1594.94 6.38 1 1.86E-02 -0.011 9.62E-03 0.0889 25912 1.26 28 297 28 8 296 1639 4960 4048 199 341 986 230853 415 260 725 211 0 0 669 6859 190 855 26 346 92 110 63 962 1783 2476 548 551 1037 268 33466 8727 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000482.spe 100.7 1595.44 6.38 1 1.86E-02 -0.011 9.66E-03 0.0889 25945 1.31 12 270 46 0 282 1687 5617 3809 137 463 890 232267 443 300 749 200 0 0 524 6917 148 809 49 348 62 64 0 924 1877 2584 531 590 919 258 32797 8513 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000483.spe 100.75 1595.94 6.38 1 1.86E-02 -0.011 9.67E-03 0.0889 25811 1.36 17 278 32 0 268 1728 5417 3651 174 374 849 227164 467 346 630 245 0 0 711 7132 129 686 52 304 57 96 0 968 1755 2533 507 559 910 62 34258 8934 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000484.spe 100.8 1596.44 6.38 1 1.86E-02 -0.011 9.62E-03 0.0889 25785 1.48 0 260 24 0 307 1576 5243 3466 189 398 785 225417 468 332 525 268 0 0 723 7075 219 755 20 327 41 67 32 970 1718 2473 479 616 952 118 34219 8812 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000485.spe 100.85 1596.94 6.39 1 1.86E-02 -0.011 9.62E-03 0.0889 25874 1.2 12 282 47 0 299 1475 5054 3898 155 395 888 226713 539 335 614 270 0 0 570 6586 6 800 33 288 97 141 148 993 1901 2426 518 588 985 0 34521 8948 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000486.spe 100.9 1597.44 6.39 1 1.86E-02 -0.011 9.62E-03 0.0889 25720 1.44 26 257 23 0 296 1693 5045 3871 128 345 866 221843 382 379 601 118 0 0 642 6886 279 1065 57 241 86 101 62 996 1872 2670 428 556 879 0 34945 8874 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705 196 0 0 570 6892 90 677 45 296 60 127 67 1041 1874 2204 526 529 778 92 33510 8878 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000491.spe 101.15 1599.94 6.4 1 1.86E-02 -0.011 9.67E-03 0.0889 25398 1.35 17 255 33 0 336 1615 5339 3825 157 386 804 217508 539 278 722 264 0 0 579 6990 72 717 34 255 84 121 85 1041 1917 2267 465 512 925 119 34433 8444 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000492.spe 101.2 1600.44 6.4 1 1.86E-02 -0.011 9.62E-03 0.0889 25345 1.33 14 245 47 7 309 1674 5251 3947 176 331 870 217054 553 224 731 138 0 0 673 6905 52 839 23 255 119 91 59 1139 1890 2343 494 441 841 56 34139 8577 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000493.spe 101.25 1600.94 6.4 1 1.86E-02 -0.011 9.65E-03 0.0889 25539 1.33 0 261 59 15 255 1678 5147 3898 167 379 918 222983 468 253 676 158 0 0 733 6705 116 820 41 297 92 77 42 981 1877 2513 445 515 805 60 33470 8592 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000494.spe 101.3 1601.44 6.4 1 1.86E-02 -0.011 9.65E-03 0.0889 25185 1.34 8 335 30 13 273 1642 5363 3814 176 398 873 217565 434 271 738 319 0 0 695 6832 198 599 71 275 55 130 93 909 1935 2290 486 575 876 125 33680 8470 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000495.spe 101.35 1601.94 6.4 1 1.86E-02 -0.011 9.68E-03 0.0889 25022 1.3 19 295 22 7 262 1630 5665 3884 224 319 874 215859 519 221 722 68 0 0 673 7075 196 1068 45 325 69 117 156 1122 1773 2099 572 514 787 152 32785 8742 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000496.spe 101.4 1602.44 6.4 1 1.86E-02 -0.011 9.66E-03 0.0889 25400 1.39 30 328 23 0 255 1810 5759 4568 167 417 907 222721 487 253 706 163 0 0 682 7429 204 635 57 352 88 89 112 979 1859 2396 443 527 996 173 32156 8187 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000497.spe 101.45 1602.94 6.4 1 1.86E-02 -0.011 9.66E-03 0.0889 25353 1.48 54 297 0 0 263 1858 5601 4155 183 384 928 224452 629 350 763 185 0 0 693 7161 6 1158 31 361 103 105 132 1013 1769 2636 500 640 838 87 31398 8619 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000498.spe 101.5 1603.44 6.4 1 1.86E-02 -0.011 9.66E-03 0.0889 24959 1.33 0 285 39 0 259 1741 5913 4182 264 297 874 219223 466 394 663 258 0 0 560 7364 174 1249 29 262 67 105 78 813 1770 2509 515 471 845 173 31558 8656 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000499.spe 101.55 1603.94 6.4 1 1.86E-02 -0.011 9.67E-03 0.0889 24993 1.34 0 270 0 0 261 1793 5848 4430 218 352 964 222248 494 300 804 148 0 0 607 7268 166 808 35 359 49 124 29 1055 1836 2348 538 517 771 122 30091 8298 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000500.spe 101.6 1604.44 6.4 1 1.86E-02 -0.011 9.67E-03 0.0889 25129 1.34 0 304 7 0 266 1853 5956 4156 193 330 976 226752 627 274 833 167 0 0 530 7333 122 927 61 269 89 120 71 968 1845 2420 573 578 873 39 30405 8296 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000501.spe 101.65 1604.94 6.4 1 1.86E-02 -0.011 9.69E-03 0.0889 25407 1.38 0 274 0 6 292 1776 5920 4176 173 462 900 230880 600 255 731 172 0 0 762 7436 181 865 51 405 106 62 95 932 1849 2565 520 569 904 58 30654 8510 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000502.spe 101.7 1605.44 6.4 1 1.86E-02 -0.011 9.64E-03 0.0889 25523 1.32 9 271 8 0 232 1817 5964 4464 248 397 944 232336 550 365 755 273 0 0 702 7270 47 873 51 419 21 49 80 922 1836 2735 525 548 750 272 30329 8093 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000503.spe 101.75 1605.94 6.4 1 1.86E-02 -0.011 9.60E-03 0.0889 25776 1.18 20 278 34 0 238 1913 6063 4101 199 426 888 237343 545 237 757 185 0 0 648 7695 69 810 66 290 103 189 134 1010 1834 2461 598 554 920 278 30083 8541 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000504.spe 101.8 1606.44 6.4 1 1.86E-02 -0.011 9.63E-03 0.0889 25587 1.35 31 285 9 0 264 1660 6498 3865 206 335 897 232848 464 364 800 211 0 0 523 8448 106 980 39 348 52 109 90 844 1840 2691 508 587 895 138 30167 8616 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000505.spe 101.85 1606.94 6.4 1 1.86E-02 -0.011 9.63E-03 0.0889 25670 1.21 18 292 54 0 274 1815 7001 3965 140 411 972 231839 487 374 752 155 0 0 608 8464 132 806 49 399 68 79 26 852 1875 2674 476 555 926 122 30579 8562 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000506.spe 101.9 1607.44 6.4 1 1.86E-02 -0.011 9.65E-03 0.0889 25206 1.39 0 310 18 0 281 1695 6784 3819 148 328 951 225853 547 452 803 280 0 0 702 8445 195 861 33 350 74 116 69 851 1870 2697 434 600 868 285 30413 8524 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000507.spe 101.95 1607.94 6.4 1 1.86E-02 -0.011 9.65E-03 0.0889 24897 1.28 28 350 17 0 296 1585 6510 3518 156 354 940 221738 496 238 766 169 0 0 698 8327 260 1035 29 316 59 162 56 977 1726 2660 468 573 593 204 31084 8408 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000508.spe 102 1608.44 6.4 1 1.86E-02 -0.011 9.71E-03 0.0889 24902 1.27 21 315 0 0 295 1682 6430 3761 201 313 852 222890 502 312 707 134 0 0 497 8611 153 858 26 357 43 118 32 950 1769 2256 604 498 872 30 29845 8392 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000509.spe 102.05 1608.94 6.4 1 1.86E-02 -0.011 9.71E-03 0.0889 24732 1.14 21 312 31 0 298 1647 6638 3487 220 352 888 220756 551 182 783 258 0 0 761 8551 0 921 57 413 114 92 158 913 1840 2435 512 492 897 186 29963 8416 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000510.spe 102.1 1609.44 6.4 1 1.86E-02 -0.011 9.67E-03 0.0889 24580 1.24 15 312 8 0 310 1634 6433 3692 222 343 887 220087 494 223 631 102 0 0 557 8612 261 657 28 406 90 98 33 922 1773 2427 553 440 915 0 29690 8268 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000511.spe 102.15 1609.94 6.4 1 1.86E-02 -0.011 9.64E-03 0.0889 25019 1.32 13 293 8 0 296 1849 6560 4026 138 318 986 228152 550 211 913 173 0 0 523 8602 177 836 24 445 94 38 187 906 1889 2480 516 505 884 68 28896 8448 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000512.spe 102.2 1610.44 6.41 1 1.86E-02 -0.011 9.61E-03 0.0889 25011 1.46 21 305 8 0 277 1682 6691 3805 159 336 844 231328 553 353 802 144 0 0 565 8852 165 603 37 388 78 108 19 833 1757 2727 520 474 956 285 28712 7975 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000513.spe 102.25 1610.94 6.41 1 1.86E-02 -0.011 9.61E-03 0.0889 25078 1.28 45 315 0 0 290 1660 6807 3599 204 336 925 233901 403 338 722 182 0 0 537 8593 80 698 57 406 42 112 16 833 1813 2464 395 621 1149 56 27669 8009 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000514.spe 102.3 1611.44 6.41 1 1.86E-02 -0.011 9.59E-03 0.0889 25131 1.37 40 289 24 8 296 1593 6674 3559 213 316 875 237530 501 364 826 235 0 0 731 8481 92 743 21 371 71 121 47 831 1770 2492 570 619 1126 5 26655 7954 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000515.spe 102.35 1611.94 6.41 1 1.86E-02 -0.011 9.67E-03 0.0889 25211 1.29 24 326 35 9 264 1576 6803 3581 122 347 949 242182 431 330 808 230 0 0 712 8436 215 852 31 379 114 122 51 787 1784 2734 553 537 951 301 26497 7843 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000516.spe 102.4 1612.44 6.41 1 1.86E-02 -0.011 9.69E-03 0.0889 25028 1.34 0 297 15 0 270 1700 6856 3853 148 375 805 239076 421 276 820 263 0 0 560 8686 168 971 50 414 89 125 34 809 1759 2655 476 618 1061 199 25976 7900 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000517.spe 102.45 1612.94 6.42 1 1.86E-02 -0.011 9.65E-03 0.0889 23997 1.41 22 341 7 0 272 1639 7773 3578 190 337 940 223073 437 257 738 163 0 0 634 9858 0 766 45 306 79 168 46 824 1913 2621 492 539 852 131 25900 7690 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000518.spe 102.5 1613.44 6.42 1 1.86E-02 -0.011 9.65E-03 0.0889 23763 1.27 33 332 19 0 273 1952 8886 3919 145 269 989 215778 456 305 961 175 0 0 619 11635 236 1002 30 350 60 145 109 715 1923 2229 514 531 812 224 25191 8089 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000519.spe 102.55 1613.94 6.41 1 1.86E-02 -0.011 9.62E-03 0.0889 23386 1.31 27 316 18 0 271 1764 9381 3702 110 298 845 207428 411 53 836 192 0 0 642 12615 184 907 21 304 75 148 69 876 1829 2271 508 507 822 118 25592 8230 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000520.spe 102.6 1614.44 6.42 1 1.86E-02 -0.011 9.62E-03 0.0889 23561 1.31 36 345 13 0 285 1649 9973 3748 216 262 932 205203 454 243 798 246 0 0 680 13568 203 953 56 296 63 146 135 807 1843 2303 474 461 884 157 26744 8431 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000521.spe 102.65 1614.94 6.42 1 1.86E-02 -0.011 9.61E-03 0.0889 24641 1.35 13 287 0 0 293 1669 9369 3681 170 306 813 210728 486 149 676 235 0 0 548 14462 236 1192 44 315 82 160 122 879 1875 2328 504 483 790 108 28976 8853 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000522.spe 102.7 1615.44 6.42 1 1.86E-02 -0.011 9.59E-03 0.0889 24734 1.45 26 313 10 0 312 1468 7945 3384 230 257 833 207293 419 171 844 142 0 0 603 10249 155 1123 33 307 53 135 62 918 1858 2433 449 448 685 171 32544 9048 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000523.spe 102.75 1615.94 6.41 1 1.86E-02 -0.011 9.59E-03 0.0889 24744 1.2 39 306 5 0 303 1400 7608 3376 196 330 785 203856 356 169 635 122 0 0 583 8790 213 1025 38 322 55 93 31 905 1817 2225 463 503 671 95 33419 8714 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000524.spe 102.8 1616.44 6.42 1 1.86E-02 -0.011 9.59E-03 0.0889 25069 1.41 33 300 11 8 302 1431 7351 3389 200 302 887 206982 548 188 745 216 0 0 444 8143 341 1000 38 360 75 150 134 967 2003 2233 535 512 725 167 34968 8785 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000525.spe 102.85 1616.94 6.42 1 1.86E-02 -0.011 9.56E-03 0.0889 25311 1.48 25 284 39 17 307 1425 6931 3165 113 295 839 211635 436 186 652 222 0 0 622 7414 314 782 36 297 97 191 0 1048 1905 2235 399 618 771 0 34374 8657 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000526.spe 102.9 1617.44 6.42 1 1.86E-02 -0.011 9.56E-03 0.0889 25234 1.2 13 247 25 0 269 1291 6521 2945 230 382 755 214908 470 264 676 239 0 0 536 6859 110 702 42 374 62 59 20 962 1819 2547 477 608 808 233 34605 8519 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000527.spe 102.95 1617.94 6.42 1 1.86E-02 -0.011 9.54E-03 0.0889 24770 1.46 20 260 24 0 264 1220 6022 3089 180 302 648 208795 365 223 575 213 0 0 604 6875 65 764 51 354 47 51 18 945 1806 2450 407 519 796 49 34545 8706 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000528.spe 103 1618.44 6.42 1 1.86E-02 -0.011 9.54E-03 0.0889 24987 1.28 26 268 12 0 308 1254 6565 2911 146 287 760 209465 439 190 624 234 0 0 583 7043 129 836 17 369 66 110 48 971 1905 2402 420 538 788 51 34325 8751 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000529.spe 103.05 1618.94 6.42 1 1.86E-02 -0.011 9.64E-03 0.0889 25134 1.41 17 280 28 0 339 1267 6426 3093 135 383 850 213208 379 190 674 166 0 0 446 6989 167 821 25 320 56 109 89 1010 1834 2275 493 550 762 112 33867 8723 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000530.spe 103.1 1619.44 6.42 1 1.86E-02 -0.011 9.68E-03 0.0889 25050 1.38 31 239 42 0 258 1155 5928 3081 162 283 664 213707 322 205 553 149 0 0 497 7141 78 910 49 253 82 143 42 1100 1840 2422 519 507 700 157 33430 8611 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000531.spe 103.15 1619.94 6.43 1 1.86E-02 -0.011 9.68E-03 0.0889 25448 1.21 18 235 40 0 326 1230 6086 3216 130 282 736 217402 437 186 676 187 0 0 596 7234 228 762 37 257 53 112 82 1037 1843 2184 384 472 730 89 34652 8921 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000532.spe 103.2 1620.44 6.43 1 1.86E-02 -0.011 9.70E-03 0.0889 25539 1.37 6 227 29 0 298 1348 5918 3144 98 339 723 221018 408 146 593 178 0 0 708 6905 19 723 26 280 113 129 88 1112 1904 2297 547 485 751 245 33975 8604 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000533.spe 103.25 1620.94 6.43 1 1.86E-02 -0.011 9.72E-03 0.0889 24589 1.3 32 201 39 0 264 1105 5259 2957 117 267 756 210055 371 143 547 89 0 0 477 6676 245 844 49 262 84 132 93 1083 1849 2567 347 580 737 148 33835 8776 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000534.spe 103.3 1621.44 6.43 1 1.86E-02 -0.011 9.73E-03 0.0889 24592 1.48 17 230 34 0 286 1246 5795 3161 182 290 734 209224 393 189 556 172 0 0 509 7148 232 825 75 272 86 86 52 1012 1895 2314 384 493 717 276 33299 8359 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000535.spe 103.35 1621.94 6.43 1 1.86E-02 -0.011 9.73E-03 0.0889 24678 1.33 4 231 7 0 262 1261 6563 3004 193 315 831 206256 385 192 636 168 0 0 490 7574 167 895 52 274 52 81 30 1080 1878 2269 500 430 615 0 33021 8879 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000536.spe 103.4 1622.44 6.43 1 1.86E-02 -0.011 9.70E-03 0.0889 24940 1.49 0 293 14 0 286 1328 6675 3418 164 300 796 209360 513 203 736 142 0 0 571 7359 140 815 44 309 90 135 87 1083 1983 2210 486 533 721 84 33422 8734 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000537.spe 103.45 1622.94 6.44 1 1.86E-02 -0.011 9.66E-03 0.0889 24440 1.25 21 272 29 0 341 1280 5675 3064 181 284 709 206726 496 240 640 68 0 0 452 7237 301 581 18 267 76 94 61 1026 1874 2378 460 447 763 194 32743 8456 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000538.spe 103.5 1623.44 6.43 1 1.86E-02 -0.011 9.62E-03 0.0889 24557 1.34 35 250 16 5 312 1414 6033 3305 176 293 815 211559 382 263 558 209 0 0 670 7588 249 765 35 274 79 119 0 951 1782 2612 447 567 766 137 32039 8496 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000539.spe 103.55 1623.94 6.43 1 1.86E-02 -0.011 9.61E-03 0.0889 24751 1.37 0 225 30 0 329 1464 6029 3347 235 337 700 213623 468 175 650 193 0 0 539 8088 219 929 46 282 88 92 99 1063 1945 2595 407 545 681 221 31833 8494 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000540.spe 103.6 1624.44 6.43 1 1.86E-02 -0.011 9.57E-03 0.0889 24958 1.29 18 272 31 5 304 1490 6263 3394 247 289 891 216752 428 342 765 219 0 0 527 8276 206 753 33 195 35 162 32 915 1847 2177 468 607 697 184 31587 8261 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000541.spe 103.65 1624.94 6.42 1 1.86E-02 -0.011 9.64E-03 0.0889 24822 1.27 16 277 0 0 224 1512 6620 3411 183 316 867 217548 436 271 713 159 0 0 574 8126 173 797 47 369 38 90 55 960 1870 2335 470 566 834 25 31123 8433 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000542.spe 103.7 1625.44 6.42 1 1.86E-02 -0.011 9.62E-03 0.0889 24657 1.32 7 251 36 0 302 1391 6227 3593 153 334 860 219110 441 274 740 238 0 0 548 8441 276 702 34 294 65 172 132 955 1888 2349 527 588 918 67 30217 8313 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000543.spe 103.75 1625.94 6.43 1 1.86E-02 -0.011 9.62E-03 0.0889 23954 1.28 16 242 28 0 275 1407 6565 3222 236 294 880 210888 454 189 743 132 0 0 562 8822 200 835 52 290 76 81 56 937 1830 2309 529 545 851 123 28447 8081 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000544.spe 103.8 1626.44 6.43 1 1.86E-02 -0.011 9.57E-03 0.0889 23614 1.27 17 244 7 0 293 1642 7653 3483 177 350 1033 206088 370 204 788 139 0 0 512 9721 252 1026 5 305 89 47 71 865 1963 2214 458 571 694 122 28419 8202 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000545.spe 103.85 1626.94 6.42 1 1.86E-02 -0.011 9.55E-03 0.0889 23697 1.31 0 260 15 28 289 1598 8111 3795 202 329 816 209113 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524 334 727 308 0 0 429 6671 187 744 17 292 50 83 65 1018 2003 2226 570 515 868 137 33007 8399 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000557.spe 104.45 1632.94 6.45 1 1.86E-02 -0.011 9.57E-03 0.0889 24988 1.23 5 303 11 0 246 1492 6099 3505 121 376 784 219766 490 267 699 251 0 0 664 7588 264 741 40 368 93 95 44 956 1824 2425 504 622 718 54 32051 8450 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000558.spe 104.5 1633.44 6.45 1 1.86E-02 -0.011 9.55E-03 0.0889 25822 1.45 29 255 32 0 248 1552 6388 3546 164 348 892 235191 379 183 665 105 0 0 646 7126 219 1068 57 396 107 67 43 976 1796 2429 514 532 863 206 31447 8294 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000559.spe 104.55 1633.94 6.45 1 1.86E-02 -0.011 9.52E-03 0.0889 25015 1.38 11 301 26 0 296 1623 6194 3641 198 317 795 224883 437 190 710 220 0 0 376 7538 167 836 29 286 79 106 7 872 1789 2567 431 500 892 163 30035 8127 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000560.spe 104.6 1634.44 6.45 1 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216 799 100 0 0 547 9548 131 655 52 297 72 125 90 964 1777 2388 494 497 862 81 29355 8521 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000568.spe 105 1638.44 6.46 1 1.86E-02 -0.011 9.59E-03 0.0889 25854 1.26 6 262 26 0 286 1566 6510 3499 124 352 797 234547 492 155 766 166 0 0 700 8707 69 1047 37 334 65 135 136 1050 1716 2607 558 537 976 143 31178 8760 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000569.spe 105.05 1638.94 6.46 1 1.86E-02 -0.011 9.64E-03 0.0889 26048 1.25 9 278 26 0 270 1520 6494 3599 187 384 871 232176 425 366 698 284 0 0 665 8396 114 1092 48 351 69 89 0 919 1832 2681 529 503 918 265 31707 8619 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000570.spe 105.1 1639.44 6.46 1 1.86E-02 -0.011 9.66E-03 0.0889 26004 1.32 6 310 27 0 241 1446 6180 3643 98 355 749 227320 478 325 770 252 0 0 476 7803 199 740 44 386 79 89 0 942 1909 2356 642 498 936 132 33269 8921 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000571.spe 105.15 1639.94 6.46 1 1.86E-02 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351 694 204 0 0 645 6955 272 873 42 250 73 167 51 1006 2067 2524 470 619 854 57 36347 8922 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000579.spe 105.55 1643.94 6.45 1 1.86E-02 -0.011 9.49E-03 0.0889 25456 1.35 17 250 46 0 260 1384 5554 3105 124 307 804 210452 557 225 675 157 0 0 543 6577 139 622 50 320 65 93 63 1112 1937 2352 499 560 715 0 36166 9135 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000580.spe 105.6 1644.44 6.45 1 1.86E-02 -0.011 9.53E-03 0.0889 25245 1.44 5 228 18 0 288 1260 5265 3027 207 382 782 206162 593 217 868 198 0 0 445 6672 306 840 31 310 32 52 147 1135 1983 2614 431 522 707 106 35979 8944 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000581.spe 105.65 1644.94 6.45 1 1.86E-02 -0.011 9.53E-03 0.0889 25263 1.26 20 239 30 9 304 1285 5566 2997 166 362 778 206504 407 291 622 282 0 0 544 6871 138 774 35 314 82 65 12 1076 1843 2342 390 594 717 62 35689 8684 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000582.spe 105.7 1645.44 6.45 1 1.86E-02 -0.011 9.56E-03 0.0889 24820 1.32 11 203 28 0 230 1301 5207 3122 144 326 791 201242 461 172 667 166 0 0 546 6860 328 687 56 301 77 118 124 1155 1943 2073 423 517 706 119 36093 8735 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000583.spe 105.75 1645.94 6.45 1 1.86E-02 -0.011 9.58E-03 0.0889 25086 1.4 36 217 32 0 302 1312 5371 3062 95 411 698 205163 404 323 636 180 0 0 558 7064 167 802 58 317 81 71 0 1079 1921 2256 444 375 793 70 35990 8849 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000584.spe 105.8 1646.44 6.45 1 1.86E-02 -0.011 9.58E-03 0.0889 25362 1.44 19 212 50 0 315 1291 5562 3201 180 341 783 209911 495 223 650 117 0 0 625 7131 213 1008 56 224 41 125 22 1143 2043 2350 342 615 771 80 35525 8657 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000585.spe 105.85 1646.94 6.45 1 1.86E-02 -0.011 9.55E-03 0.0889 24624 1.34 19 205 22 0 277 1289 5651 3140 156 318 778 201565 362 242 713 93 0 0 587 7160 51 752 33 302 30 89 99 1118 1988 2351 417 525 704 193 34410 8666 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000586.spe 105.9 1647.44 6.45 1 1.86E-02 -0.011 9.55E-03 0.0889 24130 1.29 0 236 13 7 302 1306 5739 3048 224 343 825 197643 493 228 621 125 0 0 386 7508 182 610 22 282 73 130 36 1086 1792 2333 424 492 580 148 33445 8430 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000587.spe 105.95 1647.94 6.45 1 1.86E-02 -0.011 9.52E-03 0.0889 23981 1.3 10 204 24 0 264 1290 5547 2904 120 350 724 197809 507 225 659 136 0 0 368 7473 167 452 21 364 82 13 97 1007 1837 2403 406 495 706 0 33070 8134 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000588.spe 106 1648.44 6.45 1 1.86E-02 -0.011 9.60E-03 0.0889 23884 1.3 16 237 31 0 259 1235 5590 3038 133 349 736 198303 464 152 755 275 0 0 478 7293 109 710 57 256 15 124 92 1063 1982 2228 492 466 575 164 32658 8437 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000589.spe 106.05 1648.94 6.45 1 1.86E-02 -0.011 9.63E-03 0.0889 23307 1.31 21 207 10 0 262 1196 5446 2909 174 305 697 190503 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1.86E-02 -0.011 9.65E-03 0.0889 24548 1.26 0 297 22 0 261 1624 7223 3712 240 369 935 211473 569 249 812 258 0 0 595 9183 160 755 50 313 27 95 61 874 1861 2461 458 500 733 171 30760 8303 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000594.spe 106.3 1651.44 6.47 1 1.86E-02 -0.011 9.66E-03 0.0889 24749 1.28 27 353 13 0 271 1590 7175 3688 131 338 854 216183 523 268 860 203 0 0 509 8961 249 865 11 324 104 123 39 940 1837 2490 558 495 791 245 30489 8459 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000595.spe 106.35 1651.94 6.47 1 1.86E-02 -0.011 9.64E-03 0.0889 24718 1.43 41 231 41 0 307 1489 7705 3680 128 364 867 216407 561 222 817 145 0 0 704 9209 184 934 38 291 104 126 148 1005 1851 2360 566 522 861 176 31319 8687 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000596.spe 106.4 1652.44 6.47 1 1.86E-02 -0.011 9.64E-03 0.0889 24705 1.3 0 254 14 11 298 1622 7348 3466 216 357 863 215187 651 288 763 296 0 0 509 9685 224 1020 27 294 49 94 159 805 1898 2402 470 607 813 18 30464 8633 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000597.spe 106.45 1652.94 6.48 1 1.86E-02 -0.011 9.61E-03 0.0889 25407 1.28 0 273 34 0 336 1469 7119 3482 247 345 875 218031 615 250 867 239 0 0 584 9804 182 783 34 277 57 133 69 958 1880 2397 587 622 897 181 32860 9054 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000598.spe 106.5 1653.44 6.48 1 1.86E-02 -0.011 9.58E-03 0.0889 25181 1.35 28 257 32 5 307 1414 5614 3277 236 389 768 206633 590 211 688 137 0 0 774 8470 330 987 24 346 53 53 8 1102 1838 2369 402 589 769 250 35575 9313 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000599.spe 106.55 1653.94 6.48 1 1.86E-02 -0.011 9.61E-03 0.0889 24963 1.27 0 259 29 0 307 1334 5478 3190 189 355 809 195410 484 316 731 141 0 0 465 7369 208 1142 31 374 51 50 45 1140 1926 2399 448 429 657 0 37243 9145 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000600.spe 106.6 1654.44 6.48 1 1.86E-02 -0.011 9.61E-03 0.0889 24921 1.35 17 288 23 0 355 1430 4913 3589 137 312 848 192267 585 139 584 127 0 0 736 6572 288 847 0 289 63 106 85 1224 1970 1793 499 404 803 100 38852 9013 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000601.spe 106.65 1654.94 6.48 1 1.86E-02 -0.011 9.60E-03 0.0889 24792 1.45 32 240 39 8 259 1323 5098 3279 137 410 815 190989 566 258 681 245 0 0 579 6132 301 812 45 327 107 78 105 1075 1952 2488 417 498 459 0 38623 9209 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000602.spe 106.7 1655.44 6.48 1 1.86E-02 -0.011 9.60E-03 0.0889 25108 1.33 22 264 0 0 241 1399 5535 3334 192 420 856 196409 456 331 618 223 0 0 631 6441 356 661 40 238 66 105 110 1092 2013 2216 379 514 585 168 38589 9164 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000603.spe 106.75 1655.94 6.48 1 1.86E-02 -0.011 9.61E-03 0.0889 25332 1.37 0 238 24 0 286 1436 5575 3329 183 384 811 199025 660 251 761 195 0 0 531 6731 264 561 26 416 21 80 168 1134 2101 2263 464 561 632 206 38471 8955 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000604.spe 106.8 1656.44 6.48 1 1.86E-02 -0.011 9.58E-03 0.0889 25198 1.4 14 275 43 0 270 1435 5481 3260 95 421 844 196369 541 215 650 195 0 0 519 6556 232 581 39 376 94 58 94 1227 1981 2277 465 508 698 0 39110 9077 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000605.spe 106.85 1656.94 6.48 1 1.86E-02 -0.011 9.60E-03 0.0889 25162 1.4 35 247 39 0 278 1446 5171 3142 171 344 765 196048 558 286 591 207 0 0 612 6280 191 1020 49 341 100 83 17 1068 2001 2317 414 520 514 45 38221 9189 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000606.spe 106.9 1657.44 6.48 1 1.86E-02 -0.011 9.65E-03 0.0889 25020 1.34 0 233 16 16 231 1387 5207 3360 182 328 837 195640 488 290 629 144 0 0 567 6225 249 679 70 332 59 84 158 1145 2038 2068 492 538 615 106 37722 9043 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000607.spe 106.95 1657.94 6.48 1 1.86E-02 -0.011 9.71E-03 0.0889 24492 1.26 0 210 38 0 257 1325 4720 3153 173 307 876 189788 541 242 714 61 0 0 630 6336 87 726 55 289 70 100 108 1227 1917 2207 460 451 612 120 38285 8833 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000608.spe 107 1658.44 6.49 1 1.86E-02 -0.011 9.72E-03 0.0889 24806 1.39 13 260 49 0 320 1428 4852 3364 220 351 770 197907 476 386 527 260 0 0 521 6522 179 725 35 287 61 58 47 994 1883 2239 587 440 687 63 37718 9031 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000609.spe 107.05 1658.94 6.49 1 1.86E-02 -0.011 9.73E-03 0.0889 25391 1.48 40 263 32 0 278 1453 5270 3828 233 345 864 206209 539 266 667 184 0 0 693 6843 143 636 34 290 58 112 12 1046 1914 1932 515 516 679 44 37561 9117 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000610.spe 107.1 1659.44 6.48 1 1.86E-02 -0.011 9.73E-03 0.0889 25365 1.3 26 218 25 0 284 1471 5301 3582 166 378 929 205602 647 356 683 372 0 0 515 6942 310 716 31 279 66 83 99 1050 1993 2035 535 482 683 65 36550 9128 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000611.spe 107.15 1659.94 6.48 1 1.86E-02 -0.011 9.73E-03 0.0889 25507 1.23 15 264 42 7 321 1467 5539 3422 181 396 906 208388 505 228 677 143 0 0 453 7150 180 787 41 284 97 139 36 1099 1890 2258 566 459 812 125 36269 8819 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000612.spe 107.2 1660.44 6.48 1 1.86E-02 -0.011 9.74E-03 0.0889 25448 1.38 14 256 54 14 271 1510 5203 3361 114 349 822 208612 507 204 694 178 0 18 356 7254 98 687 52 306 64 74 71 1157 2017 2093 586 530 800 133 36573 8874 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000613.spe 107.25 1660.94 6.48 1 1.86E-02 -0.011 9.74E-03 0.0889 25035 1.3 0 234 47 9 310 1350 5185 3341 152 346 826 202759 477 285 770 177 0 0 408 6880 170 801 44 277 70 104 59 1178 1961 2270 435 437 735 65 36427 9013 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000614.spe 107.3 1661.44 6.48 1 1.86E-02 -0.011 9.53E-03 0.0889 25710 1.28 20 235 25 0 295 1408 4849 3439 124 440 793 213328 537 348 686 223 0 0 738 6690 113 1069 22 315 64 58 68 1130 2025 2372 436 616 798 214 35508 9071 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000615.spe 107.35 1661.94 6.48 1 1.86E-02 -0.011 9.50E-03 0.0889 25077 1.52 7 215 28 9 308 1374 5048 3477 248 342 809 203827 583 245 623 236 0 0 579 6463 180 841 26 264 69 106 15 1127 1960 2224 538 653 723 0 36240 8826 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000616.spe 107.4 1662.44 6.48 1 1.86E-02 -0.011 9.50E-03 0.0889 24806 1.36 32 288 40 0 259 1395 5518 3439 121 429 879 200397 611 304 699 203 0 0 499 6888 177 685 66 262 30 95 73 1147 1949 2433 469 568 548 109 35968 8771 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000617.spe 107.45 1662.94 6.48 1 1.86E-02 -0.011 9.46E-03 0.0889 24388 1.33 34 226 0 0 276 1418 5736 3432 139 359 871 195799 480 345 476 221 0 0 420 7068 282 928 24 180 42 166 57 1061 1999 2219 428 566 658 0 35470 8802 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000618.spe 107.5 1663.44 6.48 1 1.86E-02 -0.011 9.51E-03 0.0889 24539 1.36 14 278 15 0 336 1436 5740 3639 156 335 848 199037 490 176 653 181 0 0 533 7231 344 993 0 193 71 149 115 1050 1947 2124 461 538 683 237 34451 8741 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000619.spe 107.55 1663.94 6.48 1 1.86E-02 -0.011 9.63E-03 0.0889 23494 1.34 4 281 32 0 257 1266 5610 3048 111 330 860 184651 514 230 703 224 0 0 604 7560 254 787 52 317 71 85 130 1011 1884 1899 491 448 482 220 34281 8717 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000620.spe 107.6 1664.44 6.48 1 1.86E-02 -0.011 9.60E-03 0.0889 23429 1.3 27 169 6 0 264 1201 5299 3055 56 303 772 181477 371 236 676 257 0 0 505 7280 190 869 41 154 68 126 72 1065 1928 2206 391 414 533 26 35420 8704 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000621.spe 107.65 1664.94 6.48 1 1.86E-02 -0.011 9.61E-03 0.0889 24553 1.32 34 265 17 0 245 1334 5742 3129 203 339 870 198830 533 170 670 144 0 0 539 7679 337 783 25 213 86 121 104 1062 2015 2130 522 514 680 115 34955 8931 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000622.spe 107.7 1665.44 6.49 1 1.86E-02 -0.011 9.65E-03 0.0889 25157 1.36 21 217 42 0 279 1414 5579 3428 131 356 839 210737 525 102 615 134 0 0 461 7600 154 810 49 234 94 117 123 1121 1845 2276 460 463 718 88 34935 8767 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000623.spe 107.75 1665.94 6.49 1 1.86E-02 -0.011 9.61E-03 0.0889 24676 1.34 26 256 36 0 291 1286 5181 3072 111 350 832 202544 440 346 680 247 0 0 387 7303 310 864 16 211 67 95 95 1052 1876 2469 356 529 649 156 35087 8655 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000624.spe 107.8 1666.44 6.48 1 1.86E-02 -0.011 9.59E-03 0.0889 24581 1.46 0 238 7 0 254 1306 5612 3135 123 341 875 196763 495 263 666 154 0 0 509 7491 387 708 48 235 74 104 79 1118 2028 2185 469 525 660 0 35949 8894 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000625.spe 107.85 1666.94 6.49 1 1.86E-02 -0.011 9.58E-03 0.0889 24099 1.35 34 282 46 20 308 1352 5499 3072 115 327 856 192211 449 291 593 294 0 0 431 7199 121 773 28 267 90 82 51 1015 1818 2192 513 413 662 0 34340 8617 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000626.spe 107.9 1667.44 6.49 1 1.86E-02 -0.011 9.58E-03 0.0889 24906 1.24 9 262 33 0 295 1263 5687 3353 209 337 886 206159 393 199 639 165 0 0 521 7378 241 782 38 235 59 81 51 1023 1860 2354 372 525 792 0 35089 8990 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000627.spe 107.95 1667.94 6.5 1 1.86E-02 -0.011 9.59E-03 0.0889 25138 1.27 46 221 21 0 313 1434 5965 3408 196 351 833 210171 595 386 757 296 0 0 693 7241 207 709 36 240 97 97 0 993 1875 2492 512 545 701 69 34995 8886 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000628.spe 108 1668.44 6.5 1 1.86E-02 -0.011 9.58E-03 0.0889 25072 1.41 9 233 59 0 297 1455 5949 3373 257 337 826 209965 441 211 631 137 0 0 573 7696 253 698 33 275 42 77 106 941 1945 2561 429 528 865 8 34481 8738 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000629.spe 108.05 1668.94 6.5 1 1.86E-02 -0.011 9.58E-03 0.0889 24902 1.25 14 265 44 0 264 1452 5859 3432 193 341 896 207142 517 219 623 234 0 0 613 7954 304 1009 52 248 73 153 21 969 1944 2277 532 450 737 39 34042 8781 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000630.spe 108.1 1669.44 6.5 1 1.86E-02 -0.011 9.60E-03 0.0889 24700 1.38 9 301 50 0 310 1402 5990 3530 137 379 896 201704 516 387 690 247 0 0 541 7908 115 897 52 218 53 127 79 1099 2012 2170 549 670 748 117 34685 8994 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000631.spe 108.15 1669.94 6.5 1 1.86E-02 -0.011 9.56E-03 0.0889 24728 1.34 21 259 14 0 292 1417 6166 3509 110 376 902 201443 454 222 673 325 0 0 387 8173 274 771 35 270 83 43 56 1054 2050 2403 398 480 765 69 34580 8821 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000632.spe 108.2 1670.44 6.5 1 1.86E-02 -0.011 9.60E-03 0.0889 24827 1.44 4 238 14 7 334 1373 5814 3698 164 361 906 202089 445 241 725 141 0 0 695 8472 180 1043 13 209 43 104 67 1009 1967 2142 497 486 628 102 34876 8982 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000633.spe 108.25 1670.94 6.5 1 1.86E-02 -0.011 9.60E-03 0.0889 24142 1.34 9 250 27 0 230 1308 5033 3247 149 350 840 191173 560 255 681 277 0 0 493 8138 169 886 78 244 125 127 79 952 1904 2226 445 547 535 43 35431 8865 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000634.spe 108.3 1671.44 6.5 1 1.86E-02 -0.011 9.63E-03 0.0889 24678 1.41 7 231 24 0 251 1358 4876 3250 136 352 839 196175 568 299 637 229 0 0 630 7450 127 717 43 259 32 85 138 1071 1956 2157 523 486 672 227 37065 8888 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000635.spe 108.35 1671.94 6.5 1 1.86E-02 -0.011 9.63E-03 0.0889 25163 1.37 5 277 48 0 243 1409 5382 3244 143 300 876 201039 628 288 698 288 0 0 619 6820 237 810 45 234 93 120 165 1153 2002 2517 368 562 565 179 37309 8965 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000636.spe 108.4 1672.44 6.5 1 1.86E-02 -0.011 9.63E-03 0.0889 25242 1.29 29 268 47 0 282 1359 5230 3323 169 330 767 202548 472 202 649 110 0 0 480 6786 226 925 34 225 111 92 56 1197 1884 2350 417 461 649 176 37067 8993 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000637.spe 108.45 1672.94 6.5 1 1.86E-02 -0.011 9.61E-03 0.0889 25238 1.33 46 287 60 19 262 1412 5371 3057 176 351 902 204813 474 231 578 128 0 0 561 6788 33 818 54 364 121 56 35 1118 1922 2287 444 479 687 74 36285 8964 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000638.spe 108.5 1673.44 6.5 1 1.86E-02 -0.011 9.54E-03 0.0889 25566 1.33 18 297 74 0 226 1359 5715 3170 163 338 937 209889 544 325 778 255 0 0 611 7006 155 1047 49 335 29 71 105 1088 2020 2432 459 580 798 67 35814 8874 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000639.spe 108.55 1673.94 6.5 1 1.86E-02 -0.011 9.53E-03 0.0889 25558 1.38 0 261 12 0 278 1458 5769 3412 186 372 834 207800 515 254 681 183 0 0 500 7013 228 805 40 297 38 70 113 1119 1936 2507 400 544 481 216 36212 8855 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000640.spe 108.6 1674.44 6.5 1 1.86E-02 -0.011 9.53E-03 0.0889 25555 1.23 18 270 22 0 308 1432 5516 3373 160 421 884 208037 395 187 639 143 0 0 692 7311 234 887 43 336 64 71 9 1144 2121 2368 403 565 759 18 36169 9058 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000641.spe 108.65 1674.94 6.49 1 1.86E-02 -0.011 9.55E-03 0.0889 25710 1.44 31 280 30 0 314 1451 5725 3721 171 307 962 210317 461 201 651 138 0 0 565 7743 188 1002 40 151 111 172 47 1148 1918 2341 453 560 655 52 35865 9172 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000642.spe 108.7 1675.44 6.49 1 1.86E-02 -0.011 9.59E-03 0.0889 25480 1.34 13 277 8 0 274 1417 5660 3474 80 347 800 207388 434 244 591 164 0 0 526 7981 280 796 26 229 116 110 65 1109 1948 2592 420 554 746 169 36440 8982 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000643.spe 108.75 1675.94 6.5 1 1.86E-02 -0.011 9.63E-03 0.0889 25116 1.28 6 275 11 8 258 1415 5300 3314 192 354 871 202593 439 245 561 251 0 0 633 7251 140 905 42 281 27 60 0 1123 1873 2307 438 547 583 0 36313 9217 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000644.spe 108.8 1676.44 6.5 1 1.86E-02 -0.011 9.61E-03 0.0889 24950 1.43 36 243 27 20 340 1483 5195 3514 221 373 880 200400 466 208 633 201 0 0 518 6986 337 664 30 240 64 83 84 1114 2020 2319 513 457 566 39 36843 9176 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000645.spe 108.85 1676.94 6.5 1 1.86E-02 -0.011 9.65E-03 0.0889 25489 1.44 0 262 12 0 279 1493 5363 3842 193 334 825 207245 601 340 666 255 0 0 590 6839 99 997 36 233 66 111 120 1166 2055 2312 476 630 667 63 35872 9053 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000646.spe 108.9 1677.44 6.5 1 1.86E-02 -0.011 9.65E-03 0.0889 25418 1.32 23 286 27 16 332 1471 5627 3395 181 364 933 205138 486 293 599 295 0 0 590 6693 170 690 22 285 44 122 43 1192 1894 2227 466 439 812 0 36890 9062 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000647.spe 108.95 1677.94 6.49 1 1.86E-02 -0.011 9.66E-03 0.0889 25598 1.46 13 308 14 0 266 1486 5513 3511 158 340 904 210243 503 247 793 127 0 0 445 6791 240 756 52 220 74 121 122 1121 1856 2307 480 537 827 9 36988 9041 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000648.spe 109 1678.44 6.49 1 1.86E-02 -0.011 9.66E-03 0.0889 25346 1.34 9 325 13 0 247 1531 5803 3237 197 407 852 208358 460 125 583 94 0 0 469 7236 292 586 53 265 31 56 100 1096 1977 2287 460 491 909 113 35203 8790 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000649.spe 109.05 1678.94 6.48 1 1.86E-02 -0.011 9.63E-03 0.0889 24978 1.34 25 321 43 0 285 1530 5786 3415 220 337 933 204815 427 117 625 200 0 0 658 7341 13 845 37 296 56 117 41 1114 1906 2419 349 601 706 117 35012 8681 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000650.spe 109.1 1679.44 6.49 1 1.86E-02 -0.011 9.66E-03 0.0889 24484 1.31 0 248 19 0 349 1492 5720 3412 160 379 885 198971 481 251 631 245 0 0 586 7463 186 832 44 351 88 68 120 1058 1890 2386 365 518 601 57 34559 8820 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000651.spe 109.15 1679.94 6.5 1 1.86E-02 -0.011 9.67E-03 0.0889 24476 1.49 33 252 44 0 305 1554 6130 3636 149 356 874 199997 550 264 632 249 0 0 590 7894 346 839 38 230 37 115 137 1046 1808 2259 475 496 588 126 34948 8793 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000652.spe 109.2 1680.44 6.5 1 1.86E-02 -0.011 9.67E-03 0.0889 25021 1.34 31 252 51 0 290 1548 6180 3753 195 318 877 206994 504 236 800 255 0 0 362 7797 343 572 41 262 140 97 58 967 1840 2226 406 552 742 128 35291 8763 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000653.spe 109.25 1680.94 6.49 1 1.86E-02 -0.011 9.47E-03 0.0889 25195 1.3 27 322 16 0 326 1512 6294 3674 108 361 821 207474 470 182 739 193 0 0 535 8097 121 926 15 261 68 103 52 967 1876 2349 471 561 759 177 34667 8799 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000654.spe 109.3 1681.44 6.49 1 1.86E-02 -0.011 9.47E-03 0.0889 25466 1.34 17 318 15 0 282 1556 6673 3619 127 277 875 212065 498 300 739 306 0 0 357 7722 190 735 50 325 73 133 91 1008 1971 2509 483 533 692 178 34794 8895 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000655.spe 109.35 1681.94 6.48 1 1.86E-02 -0.011 9.47E-03 0.0889 25657 1.35 14 315 19 0 281 1535 6735 3487 163 400 943 215530 481 348 710 245 0 0 610 7615 104 817 61 245 88 131 22 936 1885 2465 498 599 850 40 35447 8904 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000656.spe 109.4 1682.44 6.48 1 1.86E-02 -0.011 9.47E-03 0.0889 25487 1.38 31 332 45 12 271 1595 6539 3693 166 348 792 210995 413 224 566 142 0 0 589 8104 120 670 61 254 71 108 75 1065 1806 2388 517 575 932 176 34989 8764 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000657.spe 109.45 1682.94 6.48 1 1.86E-02 -0.011 9.47E-03 0.0889 25640 1.26 42 283 20 0 242 1573 6515 3657 159 419 838 212240 518 340 681 231 0 0 472 7882 193 1167 65 261 99 150 84 960 2057 2304 525 564 746 24 34922 8928 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000658.spe 109.5 1683.44 6.48 1 1.86E-02 -0.011 9.47E-03 0.0889 25698 1.41 32 295 46 0 298 1506 6312 3757 156 312 821 214511 531 195 674 228 0 0 472 7569 195 768 21 239 76 132 72 1018 1956 2528 460 598 812 13 35064 8881 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000659.spe 109.55 1683.94 6.48 1 1.86E-02 -0.011 9.47E-03 0.0889 25472 1.36 6 277 33 0 257 1579 6539 3585 150 362 901 210702 492 268 680 97 0 0 504 7518 93 1211 48 291 69 130 72 974 1997 2462 416 508 757 60 35442 9040 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000660.spe 109.6 1684.44 6.48 1 1.86E-02 -0.011 9.71E-03 0.0889 25266 1.27 56 318 40 6 295 1532 6336 3680 116 365 765 207608 527 343 762 258 0 0 624 7937 161 827 82 218 84 126 57 1090 1984 2361 467 544 930 201 35289 8973 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000661.spe 109.65 1684.94 6.48 1 1.86E-02 -0.011 9.73E-03 0.0889 25286 1.33 10 326 27 9 267 1556 6211 3605 170 358 919 207986 480 247 841 247 0 0 460 7981 198 1175 51 260 60 149 126 1050 1968 2225 475 527 605 115 34995 8859 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000662.spe 109.7 1685.44 6.47 1 1.86E-02 -0.011 9.67E-03 0.0889 25263 1.35 9 318 16 0 271 1479 6400 3763 164 344 883 206998 489 281 715 196 0 0 546 8179 275 874 26 265 36 117 52 1054 1994 2201 657 460 658 135 35070 9135 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000663.spe 109.75 1685.94 6.47 1 1.86E-02 -0.011 9.62E-03 0.0889 24863 1.28 9 303 16 0 275 1540 6557 3569 106 396 863 200532 509 160 737 270 0 0 439 8238 97 629 22 346 34 100 71 1221 1908 2228 484 523 627 169 34487 9066 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000664.spe 109.8 1686.44 6.47 1 1.86E-02 -0.011 9.60E-03 0.0889 24829 1.37 0 301 37 14 262 1493 6460 3677 147 336 816 199917 378 261 711 171 0 0 571 8500 117 633 45 214 92 125 67 1033 1975 2020 438 564 608 133 34338 8808 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000665.spe 109.85 1686.94 6.47 1 1.86E-02 -0.011 9.58E-03 0.0889 24890 1.46 21 309 17 0 218 1440 6593 3439 129 404 856 202251 502 43 647 195 0 0 673 8400 293 867 47 313 92 63 112 1219 1975 2102 549 442 580 93 34956 8945 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000666.spe 109.9 1687.44 6.47 1 1.86E-02 -0.011 9.58E-03 0.0889 25082 1.37 0 278 8 0 295 1417 6346 3208 197 356 847 204004 478 293 579 202 0 0 599 8541 90 1163 40 339 60 94 118 1101 1940 2104 436 513 664 108 34621 9121 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000667.spe 109.95 1687.94 6.47 1 1.86E-02 -0.011 9.58E-03 0.0889 25092 1.26 15 299 14 0 259 1570 6205 3600 182 313 867 204894 518 333 623 218 0 0 574 7973 137 949 56 250 112 140 50 1121 1996 2400 406 559 770 0 34881 8765 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000668.spe 110 1688.44 6.47 1 1.86E-02 -0.011 9.59E-03 0.0889 24866 1.29 29 297 58 0 315 1474 6012 3408 156 310 749 203797 454 180 592 333 0 0 665 7599 208 917 5 196 72 152 45 1007 2034 2295 438 456 759 208 34564 8730 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000669.spe 110.05 1688.94 6.47 1 1.86E-02 -0.011 9.64E-03 0.0889 24740 1.38 20 248 19 0 244 1537 5909 3325 158 342 735 204463 384 185 598 243 0 0 610 7762 192 1012 46 210 87 89 105 1101 2015 2477 495 473 776 72 33424 8718 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000670.spe 110.1 1689.44 6.47 1 1.86E-02 -0.011 9.64E-03 0.0889 24886 1.22 0 235 48 5 282 1286 6045 3315 148 347 739 207900 382 155 671 102 0 0 599 7870 67 685 34 180 44 104 0 1033 1906 2339 455 521 701 11 33749 8786 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000671.spe 110.15 1689.94 6.47 1 1.86E-02 -0.011 9.66E-03 0.0889 25601 1.38 16 243 65 0 297 1273 5899 3292 203 400 857 222021 543 248 636 170 0 0 405 7860 168 821 29 247 74 88 120 1131 1946 2502 522 562 784 250 32442 8409 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000672.spe 110.2 1690.44 6.46 1 1.86E-02 -0.011 9.62E-03 0.0889 25171 1.23 29 315 32 0 281 1340 6011 3331 134 332 829 217501 449 86 661 230 0 0 572 7688 232 691 34 198 145 108 134 1076 1942 2286 439 547 942 64 32473 8194 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000673.spe 110.25 1690.94 6.45 1 1.86E-02 -0.011 9.57E-03 0.0889 25016 1.31 11 282 63 0 289 1476 6094 3111 142 375 851 216882 417 72 642 263 0 0 608 8249 78 980 51 403 98 40 58 1092 1857 2351 473 437 875 73 31094 8613 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000674.spe 110.3 1691.44 6.45 1 1.86E-02 -0.011 9.57E-03 0.0889 24763 1.37 26 266 55 5 287 1443 6468 3262 142 357 918 216259 398 245 707 257 0 0 542 8242 125 689 47 288 85 65 63 920 1950 2498 454 557 851 260 31036 8800 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000675.spe 110.35 1691.94 6.46 1 1.86E-02 -0.011 9.59E-03 0.0889 25115 1.4 4 263 44 5 201 1389 6701 3406 192 356 868 221497 387 146 664 316 0 0 641 8621 183 1162 80 227 67 131 29 1003 1908 2598 546 558 778 230 30636 8539 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000676.spe 110.4 1692.44 6.46 1 1.86E-02 -0.011 9.64E-03 0.0889 25197 1.33 9 239 50 0 266 1395 6406 3438 147 405 792 222559 421 246 666 180 0 0 658 8590 229 995 56 208 70 151 79 1035 1831 2349 448 684 869 0 30408 8463 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000677.spe 110.45 1692.94 6.46 1 1.86E-02 -0.011 9.66E-03 0.0889 25648 1.37 13 282 51 0 256 1491 6411 5224 149 375 712 231544 424 187 640 181 0 0 630 7842 247 975 12 326 84 95 70 1005 1861 2652 421 579 941 116 30244 8623 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000678.spe 110.5 1693.44 6.45 1 1.86E-02 -0.011 9.68E-03 0.0889 26401 1.45 17 244 39 0 296 1293 6471 5833 176 374 705 244876 432 220 569 82 0 0 554 7776 262 762 17 262 97 110 89 953 1793 2643 633 571 1081 209 30533 8515 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000679.spe 110.55 1693.94 6.45 1 1.86E-02 -0.011 9.61E-03 0.0889 26550 1.45 0 285 71 0 291 1402 6212 3476 142 346 779 247895 396 212 678 195 0 0 712 7606 282 787 49 275 103 106 50 980 1783 2905 446 570 1179 232 30751 8427 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000680.spe 110.6 1694.44 6.45 1 1.86E-02 -0.011 9.61E-03 0.0889 27135 1.32 0 271 89 17 238 1368 6015 3209 183 352 755 254406 391 262 407 206 0 0 605 7679 185 728 52 286 60 78 6 961 1845 2805 513 636 964 345 30775 8467 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000681.spe 110.65 1694.94 6.45 1 1.86E-02 -0.011 9.57E-03 0.0889 26302 1.23 4 257 46 0 215 1228 5834 2935 182 261 780 242324 384 167 505 144 0 0 532 7453 199 729 50 119 86 152 69 1108 1810 2798 571 580 959 264 31017 8305 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000682.spe 110.7 1695.44 6.45 1 1.86E-02 -0.011 9.55E-03 0.0889 26557 1.35 7 243 79 13 321 1342 5630 3263 167 386 749 247396 442 331 500 170 0 0 692 7627 96 719 28 239 53 123 51 850 1839 2811 473 628 1096 219 30451 8537 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000683.spe 110.75 1695.94 6.45 1 1.86E-02 -0.011 9.59E-03 0.0889 27122 1.3 0 269 55 0 256 1466 6015 3439 212 381 780 253069 452 218 700 203 0 0 750 7256 86 610 64 211 59 129 97 1022 1807 2859 526 631 1212 232 31959 8885 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000684.spe 110.8 1696.44 6.45 1 1.86E-02 -0.011 9.63E-03 0.0889 26424 1.3 28 276 88 0 318 1456 6241 3332 210 305 783 242372 381 159 689 210 0 0 634 7416 94 807 33 215 88 130 95 1020 1942 2609 519 616 1024 376 31114 8317 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000685.spe 110.85 1696.94 6.45 1 1.86E-02 -0.011 9.63E-03 0.0889 24866 1.26 11 236 51 0 258 1293 5754 3111 202 332 758 220720 353 84 475 93 0 0 422 7225 191 635 41 241 42 90 62 990 1730 2396 534 500 801 51 31077 8394 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000686.spe 110.9 1697.44 6.45 1 1.86E-02 -0.011 9.64E-03 0.0889 24961 1.49 20 192 56 0 285 1242 5909 3180 140 358 698 219226 475 258 654 226 0 0 549 7500 185 927 36 193 74 146 163 1003 1845 2565 510 585 743 16 31770 8791 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000687.spe 110.95 1697.94 6.45 1 1.86E-02 -0.011 9.65E-03 0.0889 25564 1.35 27 246 52 0 275 1258 5827 3175 174 334 747 227697 436 185 682 153 0 0 666 7375 204 677 57 264 94 95 38 1084 1811 2472 489 549 855 159 31927 8648 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000688.spe 111 1698.44 6.45 1 1.86E-02 -0.011 9.65E-03 0.0889 25652 1.27 0 211 28 0 203 1311 5888 3371 147 382 707 230844 438 79 699 0 0 0 619 7884 112 745 52 196 43 112 49 1129 1966 2384 593 587 1041 136 30858 8518 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000689.spe 111.05 1698.94 6.45 1 1.86E-02 -0.011 9.57E-03 0.0889 25142 1.26 15 266 48 0 247 1289 6075 3411 186 269 620 222339 266 115 528 293 0 0 428 7401 151 946 58 148 97 175 0 963 1809 2545 412 489 849 64 31590 8454 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000690.spe 111.1 1699.44 6.45 1 1.86E-02 -0.011 9.60E-03 0.0889 24844 1.29 0 180 43 9 277 1174 5774 3181 94 375 781 218794 427 252 643 147 0 0 697 7602 224 885 39 250 43 99 107 972 2047 2695 470 494 967 252 31404 8447 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000691.spe 111.15 1699.94 6.45 1 1.86E-02 -0.011 9.61E-03 0.0889 24815 1.21 34 253 77 0 277 1137 6222 2987 180 291 825 221651 415 154 525 142 0 0 659 7641 80 950 54 212 75 116 28 973 1867 2380 491 575 853 89 30515 8114 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000692.spe 111.2 1700.44 6.45 1 1.86E-02 -0.011 9.62E-03 0.0889 24420 1.32 0 217 48 0 276 1179 6554 3007 118 331 697 215734 421 85 559 202 0 0 596 7715 265 633 34 249 119 77 104 964 1827 2386 430 567 748 285 30892 8273 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000693.spe 111.25 1700.94 6.45 1 1.86E-02 -0.011 9.62E-03 0.0889 24452 1.21 34 235 72 0 311 1290 7135 3029 149 292 744 215471 502 269 755 143 0 0 655 8670 139 640 35 288 81 84 104 1092 1816 2362 509 479 912 78 29316 8181 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000694.spe 111.3 1701.44 6.46 1 1.86E-02 -0.011 9.64E-03 0.0889 24755 1.29 32 258 53 16 261 1504 7413 3622 171 349 739 221222 397 236 629 235 0 0 547 8697 334 1823 40 347 80 72 48 1061 1898 2851 440 513 910 222 29650 8171 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000695.spe 111.35 1701.94 6.46 1 1.86E-02 -0.011 9.64E-03 0.0889 24878 1.15 31 285 52 0 263 1469 7756 3746 137 369 828 226448 495 164 891 221 0 0 574 9562 96 888 28 335 64 79 89 965 1851 2475 535 539 907 155 28053 7849 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000696.spe 111.4 1702.44 6.46 1 1.86E-02 -0.011 9.64E-03 0.0889 24165 1.44 18 266 56 4 263 1406 7913 3287 171 327 800 218026 457 82 617 107 0 0 573 10408 362 940 32 274 63 126 52 934 1728 2348 491 518 829 212 27554 8061 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000697.spe 111.45 1702.94 6.46 1 1.86E-02 -0.011 9.64E-03 0.0889 23948 1.36 6 305 91 14 300 1490 8808 3324 182 335 803 215630 400 166 654 222 0 0 642 10506 308 723 51 358 82 81 21 844 1791 2488 536 496 854 36 26911 7963 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000698.spe 111.5 1703.44 6.46 1 1.86E-02 -0.011 9.58E-03 0.0889 23639 1.38 14 331 42 0 229 1592 8638 3393 177 329 829 209805 407 133 652 125 0 0 648 11843 225 692 49 361 108 67 132 834 1844 2505 486 452 632 93 26562 8045 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000699.spe 111.55 1703.94 6.46 1 1.86E-02 -0.011 9.58E-03 0.0889 23920 1.16 9 286 22 0 273 1553 8670 3473 144 380 908 213176 337 144 671 118 0 0 599 13175 374 837 28 246 87 98 30 818 1801 2273 478 580 996 252 26656 8201 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000700.spe 111.6 1704.44 6.46 1 1.86E-02 -0.011 9.57E-03 0.0889 24328 1.38 22 287 81 0 236 1464 8281 3348 139 341 786 217922 340 250 611 247 0 0 711 13567 324 1112 52 266 92 113 68 808 1877 2331 437 605 824 208 26661 8304 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000701.spe 111.65 1704.94 6.46 1 1.86E-02 -0.011 9.59E-03 0.0889 25115 1.41 11 305 89 0 240 1455 8044 3529 227 313 888 225615 438 106 594 94 0 0 483 13330 277 958 26 320 74 80 89 935 1898 2167 593 535 896 117 27951 8598 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000702.spe 111.7 1705.44 6.46 1 1.86E-02 -0.011 9.56E-03 0.0889 25397 1.22 12 284 103 0 232 1571 7872 3700 194 295 809 222587 515 257 723 216 0 0 441 12458 258 1026 34 313 62 98 57 908 1847 2560 477 525 877 145 30058 9012 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000703.spe 111.75 1705.94 6.46 1 1.86E-02 -0.011 9.58E-03 0.0889 25361 1.29 0 300 50 0 262 1543 8322 3562 170 334 675 212170 384 106 599 163 0 0 628 11213 257 955 13 320 62 114 16 971 1881 2407 469 517 687 177 33058 9238 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000704.spe 111.8 1706.44 6.46 1 1.86E-02 -0.011 9.56E-03 0.0889 25824 1.31 9 256 91 0 241 1492 7817 3347 126 326 810 215157 477 165 649 246 0 0 539 7922 154 797 54 228 83 110 92 960 1984 2526 433 650 939 44 35719 9033 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000705.spe 111.85 1706.94 6.47 1 1.86E-02 -0.011 9.59E-03 0.0889 25918 1.44 0 295 60 0 283 1418 6994 3146 125 331 846 215413 475 212 502 239 0 0 592 7213 134 721 62 265 47 69 0 995 1910 2378 478 551 786 159 36104 9058 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000706.spe 111.9 1707.44 6.46 1 1.86E-02 -0.011 9.59E-03 0.0889 26425 1.31 0 264 50 0 282 1341 6100 3572 130 360 832 221343 487 123 582 118 0 0 638 6820 306 863 53 245 66 135 76 1194 1949 2526 458 612 918 160 37238 9163 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000707.spe 111.95 1707.94 6.46 1 1.86E-02 -0.011 9.61E-03 0.0889 26400 1.41 44 233 86 56 237 1358 5888 3240 206 328 723 220323 421 158 508 195 0 0 513 6307 277 570 66 247 53 84 46 1155 1889 2698 379 630 763 148 37799 9273 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000708.spe 112 1708.44 6.46 1 1.86E-02 -0.011 9.61E-03 0.0889 26430 1.36 18 263 62 0 247 1347 5841 3469 144 375 817 222972 456 249 706 207 0 0 666 6146 193 669 30 299 71 106 99 1131 1955 2393 588 510 1104 137 37098 8868 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000709.spe 112.05 1708.94 6.45 1 1.86E-02 -0.011 9.61E-03 0.0889 26980 1.3 23 247 111 7 248 1295 5088 3473 194 342 805 235465 543 244 638 194 0 0 682 5637 101 661 77 260 28 122 79 1150 1877 2786 478 602 1134 217 36935 8711 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000710.spe 112.1 1709.44 6.46 1 1.86E-02 -0.011 9.62E-03 0.0889 27500 1.37 0 247 65 0 326 1324 4917 3275 223 307 783 246888 457 175 569 231 0 0 590 5416 136 730 32 303 110 55 68 1121 1924 2512 650 497 1103 112 35688 8713 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000711.spe 112.15 1709.94 6.46 1 1.86E-02 -0.011 9.62E-03 0.0889 27388 1.2 12 200 111 18 229 1321 4861 3203 204 380 699 250704 439 386 516 223 0 0 663 5460 184 425 60 318 78 72 21 1021 1927 2649 556 650 1159 171 34276 8401 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000712.spe 112.2 1710.44 6.45 1 1.86E-02 -0.011 9.59E-03 0.0889 26792 1.35 0 234 81 0 231 1363 5118 3191 235 331 717 242230 511 231 565 113 0 0 632 6032 88 602 64 289 23 107 52 1048 1712 2710 524 660 1081 320 33880 8341 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000713.spe 112.25 1710.94 6.45 1 1.86E-02 -0.011 9.57E-03 0.0889 26767 1.4 0 198 68 0 309 1443 5073 3525 173 331 757 243958 393 160 509 105 0 0 650 6224 0 1177 37 251 68 98 117 1081 1757 2828 492 588 1112 175 33010 8416 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000714.spe 112.3 1711.44 6.45 1 1.86E-02 -0.011 9.64E-03 0.0889 27052 1.4 6 193 58 0 224 1434 5201 3566 174 326 786 252792 448 300 668 186 0 0 750 6300 169 667 44 205 96 124 0 1012 1764 2619 757 659 1224 38 32958 8548 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000715.spe 112.35 1711.94 6.45 1 1.86E-02 -0.011 9.61E-03 0.0889 27625 1.27 9 267 78 0 286 1346 4991 3503 138 404 845 262349 500 172 636 86 0 0 748 6285 396 790 30 286 107 135 105 1113 1730 3198 472 685 1324 324 32193 8369 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000716.spe 112.4 1712.44 6.44 1 1.86E-02 -0.011 9.61E-03 0.0889 27553 1.27 14 283 77 6 261 1453 5375 3568 179 426 797 259773 481 280 708 235 0 0 688 6388 0 1042 35 225 78 131 90 1097 1843 2969 508 741 1302 175 32411 8667 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000717.spe 112.45 1712.94 6.43 1 1.86E-02 -0.011 9.61E-03 0.0889 27732 1.35 0 256 109 11 244 1440 5008 3394 169 416 817 266081 468 200 461 135 0 0 836 6568 91 727 52 295 55 85 115 996 1849 3030 678 697 1292 275 31625 8521 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000718.spe 112.5 1713.44 6.44 1 1.86E-02 -0.011 9.61E-03 0.0889 27587 1.3 24 222 97 0 252 1349 5243 3334 187 379 803 264227 365 315 544 71 0 0 626 6337 88 718 39 263 38 94 0 964 1717 2764 662 586 1313 287 31517 8659 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000719.spe 112.55 1713.94 6.44 1 1.86E-02 -0.011 9.64E-03 0.0889 27337 1.29 0 186 119 15 291 1419 5028 3438 186 428 714 258264 522 363 564 186 0 0 762 6545 257 784 32 290 76 57 95 953 1973 2819 678 620 1337 275 31968 8743 C:\Data\SamDavin\LSRM-10G-A1B(20sec500mic)\XRF data\L000720.spe 112.6 1714.44 6.44 1 1.86E-02 -0.011 9.66E-03 0.0889 27096 1.44 0 246 119 0 266 1244 4926 3120 216 363 697 255476 411 199 567 72 0 0 640 6117 132 696 46 283 77 117 17 1043 1781 2717 621 567 1199 237 31995 8512 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1712 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000381.spe 115.5 269.39 6.01 1 1.86E-02 -0.0101 9.73E-03 0.0933 18324 1.17 0 192 29 0 119 1165 4667 2914 42 301 902 163985 485 449 377 94 198 400 4712 200 472 19 170 87 87 29 966 2016 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000382.spe 115.55 269.89 6.01 1 1.86E-02 -0.0101 9.71E-03 0.0933 18276 1.18 5 194 33 19 73 1099 4661 2801 68 308 962 161714 414 464 366 154 305 477 4620 177 426 66 270 103 144 109 946 1833 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000383.spe 115.6 270.39 6.01 1 1.86E-02 -0.0101 9.75E-03 0.0933 18163 1.25 0 187 44 13 102 1198 4607 2939 87 361 950 159472 397 468 429 135 237 356 4511 201 519 64 248 125 89 71 977 1890 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000384.spe 115.65 270.89 6.01 1 1.86E-02 -0.0101 9.74E-03 0.0933 17951 1.27 0 179 16 14 106 1015 4479 3022 63 227 865 155722 356 399 493 0 362 323 4639 228 496 44 183 0 170 97 1002 1833 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000385.spe 115.7 271.39 6 1 1.86E-02 -0.0101 9.74E-03 0.0933 18100 1.18 13 181 37 0 120 1058 4803 2887 86 249 897 156445 435 602 375 256 345 297 4941 238 362 26 201 24 102 0 762 1909 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000386.spe 115.75 271.89 6 1 1.86E-02 -0.0101 9.76E-03 0.0933 17998 1.24 21 210 50 4 118 1046 4594 2583 84 274 976 152458 427 480 344 134 397 312 4955 139 594 32 242 66 101 56 947 1910 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000387.spe 115.8 272.39 6 1 1.86E-02 -0.0101 9.76E-03 0.0933 18143 1.09 11 210 9 0 92 1166 4010 2696 44 274 847 154081 437 521 557 63 274 485 4595 75 670 23 293 35 108 45 873 1997 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000388.spe 115.85 272.89 6 1 1.86E-02 -0.0101 9.80E-03 0.0933 17940 1.14 16 189 47 18 132 1108 4167 2852 12 210 772 148936 451 565 306 66 348 390 4372 177 586 17 185 49 127 21 917 1962 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000389.spe 115.9 273.39 6 1 1.86E-02 -0.0101 9.80E-03 0.0933 18030 1.22 26 234 21 5 93 1074 4488 2934 82 306 808 149538 429 516 200 170 273 343 4195 59 512 33 146 50 120 62 931 1941 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000390.spe 115.95 273.89 6 1 1.86E-02 -0.0101 9.83E-03 0.0933 18125 1.26 0 208 38 0 116 1175 4143 2636 62 281 900 150135 453 571 543 200 475 422 4257 119 450 20 243 54 140 43 870 1948 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000391.spe 116 274.39 6 1 1.86E-02 -0.0101 9.84E-03 0.0933 18015 1.26 14 184 28 0 138 1105 4198 2670 54 260 837 148955 371 361 125 66 263 447 4452 125 420 12 210 46 103 57 976 1887 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000392.spe 116.05 274.89 6 1 1.86E-02 -0.0101 9.84E-03 0.0933 17860 1.4 25 210 33 0 107 1211 3933 2658 55 269 888 146249 476 427 285 93 259 388 4567 259 534 22 169 58 107 152 1041 1989 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000393.spe 116.1 275.39 6 1 1.86E-02 -0.0101 9.84E-03 0.0933 17967 1.18 11 184 40 0 127 1181 4112 2784 84 220 810 145416 361 442 387 123 283 395 4603 136 574 22 194 69 100 49 1030 1975 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000394.spe 116.15 275.89 6 1 1.86E-02 -0.0101 9.86E-03 0.0933 18173 1.21 0 212 39 0 131 1034 4560 2649 33 176 789 148456 368 365 235 45 325 356 4415 91 497 28 206 20 143 97 1073 2099 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000395.spe 116.2 276.39 6 1 1.86E-02 -0.0101 9.81E-03 0.0933 17938 1.18 16 157 43 0 110 903 3851 2493 27 244 764 146014 384 429 349 210 174 285 4420 111 472 37 184 44 86 51 1037 1949 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000396.spe 116.25 276.89 6 1 1.86E-02 -0.0101 9.76E-03 0.0933 18174 1.17 14 139 42 7 139 1081 3960 2442 92 280 833 149136 344 314 364 84 161 391 4353 57 702 19 214 13 111 147 1043 2040 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000397.spe 116.3 277.39 6 1 1.86E-02 -0.0101 9.75E-03 0.0933 18151 1.22 13 241 35 0 119 962 4302 2385 90 266 872 147733 317 358 576 209 256 298 4542 151 427 41 276 45 71 92 1169 2140 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000398.spe 116.35 277.89 5.99 1 1.86E-02 -0.0101 9.75E-03 0.0933 17867 1.14 16 223 29 6 115 1066 4394 2577 54 210 803 144653 413 297 482 62 367 444 4670 191 507 36 239 51 81 31 1105 1951 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000399.spe 116.4 278.39 5.99 1 1.86E-02 -0.0101 9.73E-03 0.0933 17173 1.19 0 181 0 0 100 1016 4099 2633 41 213 848 137637 343 203 645 0 330 542 4754 201 438 24 236 0 77 141 1202 1985 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000400.spe 116.45 278.89 6 1 1.86E-02 -0.0101 9.73E-03 0.0933 17684 1.03 0 151 40 0 133 1041 4474 2635 40 207 854 145313 352 393 389 0 307 260 4847 183 496 23 223 64 117 33 1016 1978 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000401.spe 116.5 279.39 6 1 1.86E-02 -0.0101 9.71E-03 0.0933 17782 1.27 35 179 35 0 109 1172 4590 2722 112 244 755 147362 332 358 449 173 237 364 5026 177 456 35 187 73 113 32 945 1945 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000402.spe 116.55 279.89 5.99 1 1.86E-02 -0.0101 9.69E-03 0.0933 17513 1.3 0 181 45 13 129 1085 4663 2489 109 211 881 145152 424 304 394 12 321 348 5130 192 456 41 187 45 136 86 1035 1959 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000403.spe 116.6 280.39 5.99 1 1.86E-02 -0.0101 9.69E-03 0.0933 17522 1.2 0 185 24 0 125 949 4399 2806 67 234 782 144130 340 323 339 64 292 377 5097 200 634 30 226 46 109 95 972 1956 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000404.spe 116.65 280.89 5.99 1 1.86E-02 -0.0101 9.64E-03 0.0933 17965 1.13 16 170 25 0 134 991 4354 2657 51 234 876 147729 308 393 423 25 392 388 5424 198 572 25 265 77 56 54 917 1933 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000405.spe 116.7 281.39 5.99 1 1.86E-02 -0.0101 9.68E-03 0.0933 17443 1.2 12 150 26 0 94 1099 4167 2760 84 288 824 146304 269 378 439 195 415 307 4842 162 706 46 240 50 71 21 975 1832 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000406.spe 116.75 281.89 5.98 1 1.86E-02 -0.0101 9.63E-03 0.0933 17250 1.19 15 164 19 0 104 1054 3902 2658 29 215 812 147615 227 396 311 95 331 316 4100 0 424 17 231 0 140 27 890 1917 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000407.spe 116.8 282.39 5.98 1 1.86E-02 -0.0101 9.60E-03 0.0933 17734 1.22 7 161 30 0 149 1073 3744 2612 116 268 860 144594 337 301 541 303 354 306 4380 258 297 9 215 5 111 113 1057 1951 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000408.spe 116.85 282.89 5.98 1 1.86E-02 -0.0101 9.58E-03 0.0933 18014 1.13 18 197 33 18 154 1029 3801 2609 94 258 859 146499 333 231 426 94 352 407 4005 172 565 28 228 0 57 122 1081 1944 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000409.spe 116.9 283.39 5.98 1 1.86E-02 -0.0101 9.56E-03 0.0933 18177 1.21 0 137 10 4 106 1100 3625 2706 115 254 818 148249 406 318 391 118 348 284 3710 112 538 24 187 56 94 114 1126 2051 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000410.spe 116.95 283.89 5.98 1 1.86E-02 -0.0101 9.62E-03 0.0933 18180 1.27 0 155 11 6 80 1085 3586 2556 70 281 798 150745 357 405 471 93 387 322 3809 228 551 49 213 29 104 46 1058 1931 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000411.spe 117 284.39 5.98 1 1.86E-02 -0.0101 9.65E-03 0.0933 18320 1.19 0 118 17 0 123 970 3471 2444 154 220 863 152481 373 453 336 95 234 355 3946 139 515 12 193 49 90 45 1033 1973 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000412.spe 117.05 284.89 5.98 1 1.86E-02 -0.0101 9.68E-03 0.0933 18306 1.34 8 135 57 0 146 954 3493 2511 30 300 815 152850 316 321 247 199 281 480 3849 23 480 13 226 53 82 28 1085 1959 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000413.spe 117.1 285.39 5.98 1 1.86E-02 -0.0101 9.68E-03 0.0933 18291 1.13 0 169 20 8 172 1017 3641 2575 184 251 793 154198 391 389 473 59 431 413 3802 100 509 0 132 26 120 93 1080 1945 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000414.spe 117.15 285.89 5.98 1 1.86E-02 -0.0101 9.69E-03 0.0933 18464 1.28 0 167 42 0 111 1056 3428 2774 73 276 704 158061 434 321 267 0 364 413 3744 200 431 24 285 0 68 0 924 1819 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000415.spe 117.2 286.39 5.98 1 1.86E-02 -0.0101 9.80E-03 0.0933 18441 1.21 12 123 44 0 122 1001 3540 2682 50 222 818 159430 394 394 296 50 390 279 3934 144 372 15 268 56 87 83 1006 1861 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000416.spe 117.25 286.89 5.98 1 1.86E-02 -0.0101 9.79E-03 0.0933 18705 1.3 0 115 66 0 157 1006 3451 2815 36 294 811 164684 363 344 308 51 265 331 3856 15 366 27 183 20 108 47 993 1996 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000417.spe 117.3 287.39 5.97 1 1.86E-02 -0.0101 9.79E-03 0.0933 18931 1.15 0 116 62 0 116 988 3249 2541 127 284 866 169891 400 338 264 32 333 420 4102 144 758 15 220 36 120 101 1067 1889 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000418.spe 117.35 287.89 5.97 1 1.86E-02 -0.0101 9.77E-03 0.0933 19132 1.24 19 113 74 0 83 1011 3566 2803 66 318 882 172226 353 354 394 36 255 510 4062 153 534 56 241 0 110 22 860 1893 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000419.spe 117.4 288.39 5.97 1 1.86E-02 -0.0101 9.77E-03 0.0933 19401 1.21 0 137 77 0 104 1035 3308 2752 75 271 830 175885 259 382 590 36 330 418 3979 224 619 41 181 37 118 100 993 1896 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000420.spe 117.45 288.89 5.97 1 1.86E-02 -0.0101 9.76E-03 0.0933 19772 1.4 0 123 62 0 128 1034 3401 2751 101 278 786 181200 356 372 554 140 373 446 4115 118 548 38 266 31 81 77 943 1933 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000421.spe 117.5 289.39 5.97 1 1.86E-02 -0.0101 9.79E-03 0.0933 19737 1.23 0 96 49 5 100 887 3356 2437 127 234 774 178394 374 370 288 37 352 329 3951 116 614 40 214 49 117 88 928 1935 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000422.spe 117.55 289.89 5.97 1 1.86E-02 -0.0101 9.79E-03 0.0933 19511 1.16 0 116 83 20 145 1005 3396 2466 17 279 809 173745 375 334 261 7 207 334 4008 187 806 22 232 47 131 158 1089 1966 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000423.spe 117.6 290.39 5.97 1 1.86E-02 -0.0101 9.81E-03 0.0933 18904 1.34 10 90 45 0 123 852 3322 2443 79 316 832 161644 393 453 443 226 301 364 4074 58 519 8 285 0 92 135 1106 1935 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000424.spe 117.65 290.89 5.96 1 1.86E-02 -0.0101 9.81E-03 0.0933 18789 1.14 35 127 71 0 119 923 3416 2565 61 305 810 158733 393 506 515 90 381 349 4287 276 538 31 252 66 52 73 924 2059 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000425.spe 117.7 291.39 5.96 1 1.86E-02 -0.0101 9.81E-03 0.0933 18492 1.11 0 126 77 18 162 858 3608 2468 41 271 807 153574 448 331 382 58 268 342 4206 111 711 22 300 30 85 104 1054 2233 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000426.spe 117.75 291.89 5.96 1 1.86E-02 -0.0101 9.79E-03 0.0933 18230 1.22 21 117 54 0 94 878 3601 2430 50 305 851 149600 285 227 229 37 200 344 4322 96 335 44 235 65 98 24 1028 2188 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000427.spe 117.8 292.39 5.96 1 1.86E-02 -0.0101 9.76E-03 0.0933 17943 1.23 14 146 57 20 114 934 3293 2560 60 227 807 146163 309 286 357 61 302 389 3930 174 411 27 314 13 99 81 1120 2008 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000428.spe 117.85 292.89 5.96 1 1.86E-02 -0.0101 9.72E-03 0.0933 17601 1.09 0 111 37 0 134 922 3556 2594 76 270 815 142503 411 450 551 119 290 206 4041 91 434 17 207 0 94 39 1052 1905 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000429.spe 117.9 293.39 5.96 1 1.86E-02 -0.0101 9.70E-03 0.0933 17484 1.13 0 111 59 0 124 986 3665 2472 102 265 885 141286 421 288 535 50 429 379 4209 96 394 0 248 31 87 142 983 1967 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000430.spe 117.95 293.89 5.96 1 1.86E-02 -0.0101 9.68E-03 0.0933 17584 1.22 0 112 33 0 121 940 3827 2390 79 239 813 143269 238 352 445 124 400 372 4799 158 524 19 294 5 79 30 1005 1904 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000431.spe 118 294.39 5.96 1 1.86E-02 -0.0101 9.64E-03 0.0933 17757 1.18 0 84 54 0 95 894 3619 2473 38 261 824 147673 392 400 507 104 271 503 4567 142 437 23 233 74 102 102 915 1907 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000432.spe 118.05 294.89 5.96 1 1.86E-02 -0.0101 9.63E-03 0.0933 17793 1.22 6 92 51 0 72 962 3739 2746 109 274 849 147199 327 449 464 39 272 466 4663 160 441 34 126 0 144 0 965 1809 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000433.spe 118.1 295.39 5.96 1 1.86E-02 -0.0101 9.68E-03 0.0933 17497 1.16 20 122 46 0 104 865 3736 2572 49 227 846 144013 347 364 292 25 251 304 4328 181 555 51 211 21 109 183 1119 2094 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000434.spe 118.15 295.89 5.96 1 1.86E-02 -0.0101 9.66E-03 0.0933 17726 1.21 0 102 46 10 117 894 3935 2697 75 259 864 148224 322 385 313 151 249 435 4520 44 412 42 197 26 131 31 925 1938 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000435.spe 118.2 296.39 5.96 1 1.86E-02 -0.0101 9.70E-03 0.0933 17732 1.21 11 125 58 18 139 957 3822 2660 61 317 795 151100 378 498 499 268 397 306 4494 260 506 18 209 49 97 27 817 1872 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000436.spe 118.25 296.89 5.96 1 1.86E-02 -0.0101 9.75E-03 0.0933 17994 1.19 0 107 70 0 143 1004 4080 2457 130 257 850 155561 408 384 398 64 262 321 4853 212 389 24 264 61 98 101 850 1854 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000437.spe 118.3 297.39 5.96 1 1.86E-02 -0.0101 9.71E-03 0.0933 18048 1.15 8 141 52 0 126 863 4404 2766 100 278 833 155827 231 282 394 142 362 377 4831 64 413 25 225 80 88 28 903 1823 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000438.spe 118.35 297.89 5.96 1 1.86E-02 -0.0101 9.75E-03 0.0933 18139 1.21 0 90 61 0 122 928 4217 2816 140 216 797 156675 310 330 218 0 344 367 4856 15 444 23 177 22 104 13 963 2019 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000439.spe 118.4 298.39 5.96 1 1.86E-02 -0.0101 9.75E-03 0.0933 18335 1.12 0 147 53 0 134 957 4116 2461 132 227 817 160415 308 373 497 189 198 443 4672 138 434 19 252 15 58 7 949 2040 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000440.spe 118.45 298.89 5.96 1 1.86E-02 -0.0101 9.75E-03 0.0933 18280 1.28 9 122 71 5 85 785 4231 2458 170 253 782 158666 312 438 285 60 216 470 4803 88 607 60 255 59 68 36 864 1932 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000441.spe 118.5 299.39 5.96 1 1.86E-02 -0.0101 9.78E-03 0.0933 18118 1.13 9 98 62 0 156 995 3749 2348 59 294 732 156790 345 300 381 114 383 227 4467 73 403 20 277 69 57 25 1016 1851 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000442.spe 118.55 299.89 5.96 1 1.86E-02 -0.0101 9.81E-03 0.0933 18138 1.13 13 122 39 0 86 777 3927 2218 105 231 812 157625 413 415 491 166 315 305 4572 93 559 50 188 21 97 86 948 1777 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000443.spe 118.6 300.39 5.96 1 1.86E-02 -0.0101 9.79E-03 0.0933 18107 1.22 0 82 73 0 120 724 3663 2182 115 250 742 158831 269 306 277 111 331 400 4599 169 363 30 204 34 68 43 935 1845 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000444.spe 118.65 300.89 5.96 1 1.86E-02 -0.0101 9.79E-03 0.0933 18287 1.16 0 112 39 0 110 894 3813 2273 108 268 779 163994 322 220 259 40 336 485 4728 312 508 30 230 40 66 59 958 1848 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000445.spe 118.7 301.39 5.96 1 1.86E-02 -0.0101 9.75E-03 0.0933 18066 1.2 0 134 68 0 94 822 3936 2325 27 289 753 162421 371 279 379 41 292 469 4754 243 413 31 207 44 73 98 974 1868 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000446.spe 118.75 301.89 5.96 1 1.86E-02 -0.0101 9.74E-03 0.0933 17735 1.24 0 110 63 10 100 848 4125 2558 43 208 755 157781 291 353 379 189 252 254 4804 34 311 46 170 18 93 38 842 1858 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000447.spe 118.8 302.39 5.96 1 1.86E-02 -0.0101 9.78E-03 0.0933 17966 1.17 0 95 64 0 120 1033 4329 2711 111 261 786 161605 396 296 348 74 221 530 5407 137 550 7 255 44 101 0 787 1827 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000448.spe 118.85 302.89 5.95 1 1.86E-02 -0.0101 9.83E-03 0.0933 18125 1.08 13 132 44 0 89 926 4437 2573 127 207 795 166134 311 382 306 139 300 440 5260 82 523 48 255 0 108 0 842 1848 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000449.spe 118.9 303.39 5.95 1 1.86E-02 -0.0101 9.85E-03 0.0933 18471 1.22 0 144 64 0 60 967 4463 2769 134 241 821 172431 435 275 412 97 308 354 5270 261 705 50 109 49 121 75 893 1824 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000450.spe 118.95 303.89 5.95 1 1.86E-02 -0.0101 9.90E-03 0.0933 18506 1.09 16 118 73 0 134 1019 4315 2793 119 247 768 174685 425 373 449 174 366 425 5169 202 585 19 190 34 123 66 805 1803 C:\Data\Ray Bradley\Lower 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1.86E-02 -0.0101 9.85E-03 0.0933 18003 1.22 21 104 69 0 68 1053 5262 2885 96 215 840 175437 334 312 660 111 314 366 5528 151 433 31 183 32 135 78 763 1716 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000460.spe 119.45 308.89 5.95 1 1.86E-02 -0.0101 9.86E-03 0.0933 18053 1.29 0 152 32 0 77 1135 5731 2838 127 192 845 174909 373 248 460 159 243 407 5822 96 442 50 286 60 86 75 804 1726 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000461.spe 119.5 309.39 5.94 1 1.86E-02 -0.0101 9.74E-03 0.0933 17261 1.18 7 147 48 9 114 1042 6008 2579 84 228 863 160474 260 202 294 131 189 215 6624 192 496 28 281 16 79 48 724 1816 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000462.spe 119.55 309.89 5.95 1 1.86E-02 -0.0101 9.74E-03 0.0933 17673 1.14 0 206 50 0 80 1150 7189 2739 137 210 928 163327 242 161 342 0 273 430 7586 277 721 51 189 30 162 32 899 1856 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000463.spe 119.6 310.39 5.95 1 1.86E-02 -0.0101 9.73E-03 0.0933 17896 1.2 17 260 44 0 109 1354 8740 2944 37 290 965 163913 408 172 361 105 112 392 8346 166 560 49 296 58 107 126 711 2099 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000464.spe 119.65 310.89 5.94 1 1.86E-02 -0.0101 9.71E-03 0.0933 17927 1.27 7 319 50 16 163 1397 9269 3266 68 262 1017 159676 292 225 416 86 276 328 9050 239 395 21 210 90 149 40 707 1990 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000465.spe 119.7 311.39 5.94 1 1.86E-02 -0.0101 9.69E-03 0.0933 18146 1.19 18 342 69 1148 123 1530 10385 3269 67 180 1009 164346 433 341 570 132 319 371 8720 135 511 50 253 31 168 68 669 2068 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000466.spe 119.75 311.89 5.94 1 1.86E-02 -0.0101 9.74E-03 0.0933 12435 1.12 17 209 0 260 103 950 5947 2256 71 95 593 103918 183 116 326 217 288 252 6795 205 645 42 143 9 125 50 459 1268 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000467.spe 119.8 312.39 5.94 1 1.86E-02 -0.0101 9.76E-03 0.0933 12001 1.27 10 120 26 14 130 730 3444 1596 82 146 519 91208 225 255 252 117 159 312 6577 232 661 27 210 33 42 44 518 1384 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000468.spe 119.85 312.89 5.94 1 1.86E-02 -0.0101 9.80E-03 0.0933 14374 1.11 0 81 24 0 109 681 3494 1982 0 167 648 115168 360 139 435 16 288 258 5534 85 385 14 114 33 122 152 932 1683 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000469.spe 119.9 313.39 5.94 1 1.86E-02 -0.0101 9.84E-03 0.0933 15817 1.22 0 84 47 0 131 771 4107 2184 44 244 654 132687 421 302 488 42 275 399 4990 230 383 14 195 39 101 86 795 1759 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000470.spe 119.95 313.89 5.94 1 1.86E-02 -0.0101 9.88E-03 0.0933 16342 1.17 0 83 12 16 74 827 4283 2194 137 212 758 136498 312 223 574 83 381 341 5327 187 582 24 206 16 100 57 811 1758 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000471.spe 120 314.39 5.94 1 1.86E-02 -0.0101 9.91E-03 0.0933 16295 1.08 0 85 54 0 90 906 4443 2248 44 193 732 134984 408 303 425 104 211 350 5476 89 350 32 215 43 113 120 866 1878 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000472.spe 120.05 314.89 5.95 1 1.86E-02 -0.0101 9.88E-03 0.0933 16645 1.14 9 105 33 0 105 781 4484 2372 127 163 786 139924 356 242 431 197 315 388 5669 123 633 23 119 30 134 44 852 1778 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000473.spe 120.1 315.39 5.95 1 1.86E-02 -0.0101 9.86E-03 0.0933 16656 1.28 0 121 52 0 98 925 5086 2416 116 265 749 137812 336 233 375 180 156 353 5600 103 457 22 71 43 130 70 899 1818 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000474.spe 120.15 315.89 5.95 1 1.86E-02 -0.0101 9.86E-03 0.0933 16915 1.1 0 170 19 9 71 961 4544 2399 8 177 780 138742 257 266 541 46 281 447 5830 181 745 29 185 45 125 53 873 1866 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000475.spe 120.2 316.39 5.96 1 1.86E-02 -0.0101 9.84E-03 0.0933 17055 1.28 13 119 28 0 97 833 3961 2229 89 222 714 137773 371 348 294 0 239 233 5336 342 487 6 225 37 44 48 1001 1932 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000476.spe 120.25 316.89 5.96 1 1.86E-02 -0.0101 9.80E-03 0.0933 17258 1.14 0 126 48 0 78 769 4083 2247 150 251 768 139341 386 336 316 204 335 479 4771 240 314 47 231 37 81 15 950 1897 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000477.spe 120.3 317.39 5.96 1 1.86E-02 -0.0101 9.78E-03 0.0933 17333 1.2 31 155 26 0 99 915 3855 2532 102 213 763 138994 368 406 342 218 242 378 4840 143 353 24 134 16 91 31 933 1877 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000478.spe 120.35 317.89 5.96 1 1.86E-02 -0.0101 9.79E-03 0.0933 16926 1.2 5 142 47 10 121 903 3565 2482 0 180 718 132538 279 331 362 63 335 359 4398 128 510 38 176 40 113 69 1046 1972 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000479.spe 120.4 318.39 5.96 1 1.86E-02 -0.0101 9.82E-03 0.0933 17079 1.26 0 167 50 0 121 981 3526 2543 142 226 764 136898 385 274 292 17 310 377 4378 107 346 10 140 36 85 0 987 1884 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000480.spe 120.45 318.89 5.97 1 1.86E-02 -0.0101 9.85E-03 0.0933 16892 1.28 9 120 36 13 110 1005 3653 2452 117 216 714 132722 410 310 301 200 284 299 4453 181 510 33 204 0 83 88 982 1942 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000481.spe 120.5 319.39 5.97 1 1.86E-02 -0.0101 9.89E-03 0.0933 16790 1.21 15 154 53 0 107 1020 3815 2655 45 220 795 129215 365 254 360 171 388 363 4503 52 493 25 204 0 97 71 1064 1881 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000482.spe 120.55 319.89 5.98 1 1.86E-02 -0.0101 9.92E-03 0.0933 16945 1.36 0 173 59 12 140 1028 3956 2628 123 209 814 133162 324 243 426 0 381 334 4567 128 558 31 250 36 72 95 1061 1922 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000483.spe 120.6 320.39 5.98 1 1.86E-02 -0.0101 9.92E-03 0.0933 16963 1.25 0 167 18 0 75 1113 4254 2659 109 229 817 134617 467 378 400 265 273 355 4850 258 502 41 207 36 100 103 1069 1987 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000484.spe 120.65 320.89 5.98 1 1.86E-02 -0.0101 9.91E-03 0.0933 16947 1.16 15 162 52 6 101 1100 4150 2972 76 270 829 135811 307 329 551 49 276 368 4664 162 573 19 229 44 100 105 978 1950 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000485.spe 120.7 321.39 5.98 1 1.86E-02 -0.0101 9.88E-03 0.0933 17477 1.22 0 140 37 8 131 1177 4344 2873 121 282 856 145503 342 249 422 31 401 289 4590 33 420 32 269 27 59 131 1003 1922 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000486.spe 120.75 321.89 5.98 1 1.86E-02 -0.0101 9.74E-03 0.0933 17158 1.21 14 183 25 0 99 969 4560 2702 52 340 771 138205 312 339 321 184 319 302 4712 0 433 41 290 47 58 0 966 1982 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000487.spe 120.8 322.39 5.98 1 1.86E-02 -0.0101 9.81E-03 0.0933 17167 1.19 25 158 34 0 153 1037 4346 2721 129 192 830 137659 328 275 382 130 323 288 4784 210 507 37 205 11 96 75 980 1831 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF 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324.89 5.98 1 1.86E-02 -0.0101 9.86E-03 0.0933 16796 1.24 13 188 35 0 151 997 4345 2783 64 284 727 132328 410 408 446 134 285 299 4658 10 489 16 138 42 121 92 968 2115 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000493.spe 121.1 325.39 5.98 1 1.86E-02 -0.0101 9.82E-03 0.0933 16659 1.07 0 194 33 9 107 1072 4341 2909 92 177 871 132823 290 335 339 80 132 372 4459 33 511 24 234 38 140 62 1049 1931 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000494.spe 121.15 325.89 5.98 1 1.86E-02 -0.0101 9.78E-03 0.0933 16452 1.2 9 158 40 0 96 1039 4783 2801 39 238 797 131997 391 229 513 29 307 311 4993 211 475 35 303 86 74 81 984 1853 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000495.spe 121.2 326.39 5.98 1 1.86E-02 -0.0101 9.77E-03 0.0933 16782 1.34 0 194 23 12 84 1081 4886 3008 37 267 917 135924 277 314 477 26 380 328 5555 85 775 42 306 0 61 109 1030 1855 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000496.spe 121.25 326.89 5.99 1 1.86E-02 -0.0101 9.84E-03 0.0933 16436 1.18 0 222 24 0 77 1069 5088 2797 109 220 868 129989 334 303 342 91 254 305 5456 191 480 40 203 32 73 0 776 1875 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000497.spe 121.3 327.39 5.99 1 1.86E-02 -0.0101 9.84E-03 0.0933 16517 1.14 30 206 37 0 95 1012 5181 2692 54 248 840 135182 374 323 339 102 303 440 5352 103 340 40 167 71 100 110 889 1863 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000498.spe 121.35 327.89 5.99 1 1.86E-02 -0.0101 9.86E-03 0.0933 16330 1.3 29 209 54 0 124 923 6563 2646 67 278 946 135542 321 273 445 158 304 231 5531 133 250 20 229 44 78 12 826 1847 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000499.spe 121.4 328.39 5.98 1 1.86E-02 -0.0101 9.83E-03 0.0933 16156 1.16 6 228 38 0 94 1084 7069 2849 36 231 1030 136043 348 290 451 33 362 372 6408 117 514 58 190 15 95 72 833 1940 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000500.spe 121.45 328.89 5.99 1 1.86E-02 -0.0101 9.83E-03 0.0933 16186 1.09 0 202 46 9 140 1118 6889 2708 129 244 1003 137117 387 347 544 202 282 368 6680 115 439 16 245 16 126 93 771 1775 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000501.spe 121.5 329.39 5.99 1 1.86E-02 -0.0101 9.84E-03 0.0933 15898 1.13 0 214 33 11 133 1086 6670 2727 93 223 939 135023 323 418 495 95 209 317 6606 171 547 26 254 33 109 46 747 1845 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000502.spe 121.55 329.89 5.99 1 1.86E-02 -0.0101 9.80E-03 0.0933 15789 1.22 35 215 35 0 102 1169 7166 2853 121 299 988 133930 371 277 442 95 328 302 7349 119 765 21 344 66 30 10 693 1801 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000503.spe 121.6 330.39 5.99 1 1.86E-02 -0.0101 9.80E-03 0.0933 15945 1.04 15 210 44 20 146 991 7310 2998 50 234 1025 137157 352 255 484 0 224 411 7866 171 753 0 285 63 82 96 788 1814 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000504.spe 121.65 330.89 5.99 1 1.86E-02 -0.0101 9.79E-03 0.0933 15972 1.09 34 216 38 0 113 1104 7320 3022 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321 49 217 191 8533 284 576 23 303 0 67 73 728 1873 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000509.spe 121.9 333.39 5.99 1 1.86E-02 -0.0101 9.72E-03 0.0933 15887 1.11 10 203 43 0 101 1348 7373 3755 48 264 865 132993 390 271 320 171 200 321 8065 264 529 23 278 5 89 108 873 1908 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000510.spe 121.95 333.89 5.99 1 1.86E-02 -0.0101 9.72E-03 0.0933 15905 1.13 31 234 38 9 88 1054 7267 3766 15 252 933 132207 320 211 486 175 308 335 8116 204 792 49 324 50 134 59 832 1854 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000511.spe 122 334.39 5.99 1 1.86E-02 -0.0101 9.70E-03 0.0933 15862 1.16 9 258 28 0 139 1193 7254 2991 147 263 1033 130863 457 367 553 95 300 339 8416 136 797 25 245 13 90 67 761 1876 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000512.spe 122.05 334.89 5.99 1 1.86E-02 -0.0101 9.68E-03 0.0933 16110 1.19 23 258 21 11 94 1148 6837 3002 130 243 880 133079 328 244 280 64 287 432 7742 118 458 35 205 18 116 113 863 2086 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000513.spe 122.1 335.39 5.99 1 1.86E-02 -0.0101 9.89E-03 0.0933 16278 1.13 7 258 21 0 143 1172 6360 3007 109 282 992 136883 484 347 580 307 372 250 7191 210 596 15 263 88 87 93 751 1912 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000514.spe 122.15 335.89 5.99 1 1.86E-02 -0.0101 9.90E-03 0.0933 16042 1.22 9 175 35 0 142 1056 6120 3067 57 220 946 134906 331 239 363 81 360 365 7157 139 398 18 243 0 102 62 907 1835 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000515.spe 122.2 336.39 5.99 1 1.86E-02 -0.0101 9.83E-03 0.0933 16094 1.17 15 247 42 6 110 1034 6269 2723 62 274 981 134151 316 193 316 53 408 350 7082 50 345 10 259 52 119 91 878 1772 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000516.spe 122.25 336.89 5.99 1 1.86E-02 -0.0101 9.70E-03 0.0933 16204 1.16 17 228 53 6 75 1149 6231 2784 110 241 905 133799 282 246 339 181 346 451 7191 41 418 43 304 26 103 46 782 1947 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000517.spe 122.3 337.39 5.99 1 1.86E-02 -0.0101 9.69E-03 0.0933 16209 1.14 0 223 60 0 148 1157 5924 3052 69 247 846 134776 199 223 284 32 206 315 7010 178 564 19 253 6 61 0 853 1804 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000518.spe 122.35 337.89 5.99 1 1.86E-02 -0.0101 9.66E-03 0.0933 16282 1.15 7 219 18 0 100 1235 6232 2906 174 233 848 135034 281 67 437 118 292 227 6755 125 645 33 315 10 8 77 836 1822 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000519.spe 122.4 338.39 5.99 1 1.86E-02 -0.0101 9.66E-03 0.0933 16193 1.07 0 196 56 0 81 1185 5841 2795 167 236 849 134439 224 150 171 65 270 293 6674 169 491 37 265 0 92 20 809 1816 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000520.spe 122.45 338.89 5.99 1 1.86E-02 -0.0101 9.65E-03 0.0933 16951 1.16 22 211 54 18 86 1102 5478 2629 159 201 827 140959 320 273 386 7 124 368 7052 209 844 31 191 51 113 73 808 2301 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000521.spe 122.5 339.39 5.98 1 1.86E-02 -0.0101 9.74E-03 0.0933 17832 1.21 8 198 35 0 99 1083 4707 2574 44 285 778 148614 298 285 337 94 164 423 5738 86 605 31 273 10 98 47 864 2465 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000522.spe 122.55 339.89 5.98 1 1.86E-02 -0.0101 9.89E-03 0.0933 18134 1.21 13 183 26 0 115 1043 4366 2673 150 227 868 156050 364 244 253 24 225 334 4170 102 257 28 159 25 134 99 981 1981 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000523.spe 122.6 340.39 5.98 1 1.86E-02 -0.0101 9.86E-03 0.0933 18263 1.25 33 213 49 0 96 1058 4500 2552 127 257 855 160009 360 239 391 0 264 460 4280 193 169 28 182 8 72 56 1020 1843 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000524.spe 122.65 340.89 5.98 1 1.86E-02 -0.0101 9.86E-03 0.0933 18209 1.08 17 203 52 0 119 1020 4270 2690 129 276 853 159651 266 323 279 190 286 371 4200 131 416 37 210 29 110 69 933 1852 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000525.spe 122.7 341.39 5.98 1 1.86E-02 -0.0101 9.83E-03 0.0933 18159 1.27 19 175 42 0 90 1087 4339 2594 0 277 851 158331 360 331 331 194 303 304 4169 12 347 38 246 25 81 14 911 1902 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000526.spe 122.75 341.89 5.98 1 1.86E-02 -0.0101 9.79E-03 0.0933 18044 1.16 0 189 50 0 94 992 4239 2387 12 247 828 154685 336 354 322 62 279 275 4324 169 509 33 230 10 77 111 990 1942 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000527.spe 122.8 342.39 5.98 1 1.86E-02 -0.0101 9.85E-03 0.0933 17797 1.1 0 241 47 7 142 957 4238 2781 58 224 858 148907 303 207 203 124 337 255 4266 249 718 20 191 90 111 81 999 1937 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000528.spe 122.85 342.89 5.98 1 1.86E-02 -0.0101 9.86E-03 0.0933 17569 1.24 0 179 31 0 91 926 4132 2582 48 228 779 145932 221 242 313 113 264 368 3990 74 364 33 134 14 94 0 1093 1951 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000529.spe 122.9 343.39 5.97 1 1.86E-02 -0.0101 9.86E-03 0.0933 17831 1.15 0 218 68 0 104 1000 3820 2649 57 258 770 150366 402 283 359 68 324 430 3792 132 540 18 159 57 117 37 1065 1891 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000530.spe 122.95 343.89 5.98 1 1.86E-02 -0.0101 9.85E-03 0.0933 17925 1.25 0 198 24 0 119 1029 4124 2552 60 264 731 152005 385 318 343 155 259 408 3944 282 449 8 200 0 72 148 1022 2015 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000531.spe 123 344.39 5.98 1 1.86E-02 -0.0101 9.88E-03 0.0933 17813 1.19 0 154 64 0 87 984 3937 2415 124 243 817 150940 353 183 279 65 233 404 3669 87 604 43 175 6 103 102 1036 1907 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000532.spe 123.05 344.89 5.98 1 1.86E-02 -0.0101 9.88E-03 0.0933 17847 1.14 5 170 70 9 84 997 4183 2760 52 265 776 153753 324 183 301 142 415 336 3719 144 280 15 156 30 73 47 993 1978 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000533.spe 123.1 345.39 5.98 1 1.86E-02 -0.0101 9.86E-03 0.0933 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251 545 88 351 357 4600 127 495 27 281 19 97 134 957 1825 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000711.spe 129.95 434.39 5.9 1 1.86E-02 -0.0101 9.93E-03 0.0933 16907 1.07 25 175 13 9 104 1018 4170 2921 54 308 869 145510 441 228 601 122 402 423 4936 126 572 23 278 10 119 104 844 1705 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000712.spe 130 434.89 5.9 1 1.86E-02 -0.0101 9.95E-03 0.0933 16783 1.26 0 160 18 0 103 857 4293 2372 92 270 837 142979 391 341 287 31 271 340 5256 65 615 15 341 25 22 119 948 1822 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000713.spe 130.05 435.39 5.9 1 1.86E-02 -0.0101 0.01 0.0933 16615 1.14 14 178 26 0 97 929 4153 2429 84 215 854 138692 346 250 264 69 389 365 5431 184 425 8 272 5 48 0 931 1729 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000714.spe 130.1 435.89 5.9 1 1.86E-02 -0.0101 9.94E-03 0.0933 17234 1.2 13 162 14 0 86 1043 3713 2702 116 206 916 143402 381 396 455 96 368 388 5786 102 315 37 163 10 99 6 931 1854 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000715.spe 130.15 436.39 5.91 1 1.86E-02 -0.0101 0.01 0.0933 17334 1.27 8 198 20 6 47 1026 3577 2524 79 252 879 141021 385 229 442 98 228 362 5162 124 745 44 253 0 81 118 969 1875 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000716.spe 130.2 436.89 5.91 1 1.86E-02 -0.0101 0.01 0.0933 17682 1.15 34 201 20 0 109 936 3750 2821 47 218 979 144540 361 352 353 75 296 308 4488 183 401 16 243 39 110 26 1052 1944 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000717.spe 130.25 437.39 5.91 1 1.86E-02 -0.0101 0.01 0.0933 17166 1.26 0 214 17 0 96 1065 3807 2508 52 282 818 135939 399 423 166 148 305 401 4087 96 389 27 291 46 67 39 981 2007 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000718.spe 130.3 437.89 5.91 1 1.86E-02 -0.0101 0.01 0.0933 17562 1.31 19 203 28 17 110 978 4091 2917 92 301 910 142513 490 242 534 91 284 351 4205 171 550 34 96 22 155 148 1037 1953 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000719.spe 130.35 438.39 5.91 1 1.86E-02 -0.0101 0.01 0.0933 16809 1.2 0 187 34 11 104 1009 4116 2429 12 228 801 131760 350 285 374 48 310 229 4181 20 512 30 187 37 80 68 948 1985 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000720.spe 130.4 438.89 5.91 1 1.86E-02 -0.0101 0.01 0.0933 17021 1.32 15 197 14 0 62 869 3851 2404 85 250 821 137910 445 306 428 124 360 290 4421 34 577 27 230 59 69 91 981 1836 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000721.spe 130.45 439.39 5.91 1 1.86E-02 -0.0101 0.01 0.0933 17588 1.11 21 181 33 10 68 1013 4004 2731 102 230 998 147141 356 354 292 42 380 299 4622 66 413 38 199 38 119 53 938 1934 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000722.spe 130.5 439.89 5.91 1 1.86E-02 -0.0101 9.94E-03 0.0933 18014 1.32 0 180 40 10 116 982 3977 2760 59 288 1051 151933 326 248 313 131 208 404 4466 252 673 14 331 62 52 121 983 1783 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000723.spe 130.55 440.39 5.92 1 1.86E-02 -0.0101 9.83E-03 0.0933 17785 1.27 32 179 15 0 70 1094 3877 2797 118 254 904 149837 344 341 421 0 307 444 4288 69 501 25 253 99 104 80 1084 1971 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000724.spe 130.6 440.89 5.92 1 1.86E-02 -0.0101 9.79E-03 0.0933 17057 1.23 0 185 30 0 88 1105 4147 2600 148 285 862 140041 373 447 373 146 388 287 4258 106 545 35 332 36 40 32 842 1859 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000725.spe 130.65 441.39 5.92 1 1.86E-02 -0.0101 9.82E-03 0.0933 16984 1.07 13 201 39 26 88 989 4145 3047 53 261 864 138753 329 356 510 108 379 343 4518 135 395 31 253 58 86 121 945 1854 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000726.spe 130.7 441.89 5.92 1 1.86E-02 -0.0101 9.80E-03 0.0933 17014 1.19 0 202 17 5 58 1149 4091 2932 65 241 838 140829 385 271 424 89 255 364 4389 59 472 36 274 26 92 62 962 1774 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000727.spe 130.75 442.39 5.92 1 1.86E-02 -0.0101 9.85E-03 0.0933 16933 1.18 0 160 31 6 96 894 4397 2643 97 232 875 140722 389 395 393 68 365 361 4644 27 664 36 248 36 93 71 824 1788 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000728.spe 130.8 442.89 5.92 1 1.86E-02 -0.0101 9.85E-03 0.0933 17224 1.24 0 180 13 0 107 914 4143 2707 165 292 831 144843 202 353 299 157 300 376 5358 90 648 29 278 74 49 24 859 1863 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000729.spe 130.85 443.39 5.92 1 1.86E-02 -0.0101 9.81E-03 0.0933 17444 1.14 7 195 24 0 128 1049 4422 2721 85 287 953 145435 379 296 519 0 308 250 4817 160 693 11 263 22 100 145 1047 1832 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000730.spe 130.9 443.89 5.92 1 1.86E-02 -0.0101 9.80E-03 0.0933 16847 1.1 15 167 27 0 104 981 4327 2390 70 278 920 137907 352 407 397 81 295 214 4769 177 469 27 221 44 58 0 799 1765 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000731.spe 130.95 444.39 5.92 1 1.86E-02 -0.0101 9.78E-03 0.0933 16598 1.28 0 136 23 0 118 907 4784 2594 105 203 882 135675 240 281 423 0 158 322 4781 195 599 34 191 45 104 65 967 1806 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000732.spe 131 444.89 5.93 1 1.86E-02 -0.0101 9.78E-03 0.0933 16493 1.15 0 193 0 0 92 1019 4891 2575 93 238 852 135444 263 281 335 57 425 377 4961 73 563 19 222 49 52 38 929 1832 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000733.spe 131.05 445.39 5.93 1 1.86E-02 -0.0101 9.77E-03 0.0933 16307 1.2 8 211 11 0 90 963 5807 2612 58 246 933 135784 321 329 308 135 207 385 5617 121 597 21 264 44 65 92 827 1934 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000734.spe 131.1 445.89 5.92 1 1.86E-02 -0.0101 9.75E-03 0.0933 16247 1.25 27 217 20 12 90 1034 5776 2668 113 303 1028 135415 360 284 362 161 253 383 5993 124 503 52 286 38 67 70 848 1846 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000735.spe 131.15 446.39 5.92 1 1.86E-02 -0.0101 9.79E-03 0.0933 16398 1.15 11 185 11 11 102 989 6259 2922 73 276 936 139226 361 304 424 146 263 287 6403 107 569 9 168 41 91 38 728 1782 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000736.spe 131.2 446.89 5.92 1 1.86E-02 -0.0101 9.84E-03 0.0933 16505 1.11 0 212 28 0 79 1030 5881 2602 148 277 940 141359 312 388 304 77 274 404 6657 134 624 34 271 38 52 75 782 1931 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000737.spe 131.25 447.39 5.92 1 1.86E-02 -0.0101 9.86E-03 0.0933 16344 1.29 6 178 12 0 64 853 5468 2769 160 273 803 137015 361 400 447 94 267 405 6867 149 571 41 156 34 90 44 726 1836 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000738.spe 131.3 447.89 5.93 1 1.86E-02 -0.0101 9.86E-03 0.0933 17063 1.1 0 168 42 0 96 1037 4726 2872 85 280 889 146249 439 384 374 0 363 537 6891 99 547 23 289 54 77 123 978 1932 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000739.spe 131.35 448.39 5.93 1 1.86E-02 -0.0101 9.87E-03 0.0933 17284 1.24 12 161 28 12 91 966 4215 2662 130 192 936 148897 220 334 230 91 342 219 6145 183 528 33 256 63 81 0 840 1793 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000740.spe 131.4 448.89 5.92 1 1.86E-02 -0.0101 9.85E-03 0.0933 17435 1.35 0 187 37 0 57 941 4097 2626 95 194 896 152141 279 247 476 149 367 552 5262 256 685 37 279 63 117 59 907 1748 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000741.spe 131.45 449.39 5.92 1 1.86E-02 -0.0101 9.81E-03 0.0933 17324 1.15 0 201 20 0 73 954 4009 2778 110 214 920 149413 350 376 318 23 330 354 5281 0 506 27 227 18 117 52 897 1783 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000742.spe 131.5 449.89 5.93 1 1.86E-02 -0.0101 9.79E-03 0.0933 17399 1.27 0 229 34 0 90 1097 4215 3046 16 294 806 145299 291 301 332 104 236 251 5280 215 550 21 279 0 105 27 995 1874 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000743.spe 131.55 450.39 5.93 1 1.86E-02 -0.0101 9.80E-03 0.0933 17429 1.2 24 157 46 15 90 840 3741 2578 30 186 899 145534 313 246 301 0 322 382 4847 195 725 39 258 47 100 104 953 1768 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000744.spe 131.6 450.89 5.93 1 1.86E-02 -0.0101 9.76E-03 0.0933 17311 1.14 0 178 26 0 53 779 3994 2518 15 214 775 142434 245 293 537 24 354 412 4836 43 673 52 378 0 60 137 986 1807 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000745.spe 131.65 451.39 5.93 1 1.86E-02 -0.0101 9.74E-03 0.0933 17614 1.2 8 183 31 0 87 1100 3720 2449 130 218 875 146459 418 390 601 82 402 309 5223 178 795 13 341 20 56 153 960 1799 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000746.spe 131.7 451.89 5.93 1 1.86E-02 -0.0101 9.72E-03 0.0933 17914 1.29 19 176 11 0 94 934 3445 2331 121 311 762 149074 281 306 241 57 213 304 4735 23 686 25 368 14 28 53 1002 1973 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000747.spe 131.75 452.39 5.93 1 1.86E-02 -0.0101 9.70E-03 0.0933 18016 1.18 11 172 40 76 90 726 3141 2260 68 250 864 149898 352 301 174 0 274 223 4226 189 642 15 313 43 110 142 1147 1916 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000748.spe 131.8 452.89 5.93 1 1.86E-02 -0.0101 9.83E-03 0.0933 17641 1.17 11 202 31 481 81 902 3244 2260 113 259 809 143118 363 293 432 43 247 305 4085 238 400 37 275 36 69 70 966 1917 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000749.spe 131.85 453.39 5.93 1 1.86E-02 -0.0101 9.84E-03 0.0933 17604 1.21 17 170 28 132 77 1110 3373 2623 90 275 813 144271 406 311 343 0 211 261 3841 110 508 37 263 30 101 126 1044 1942 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000750.spe 131.9 453.89 5.94 1 1.86E-02 -0.0101 9.63E-03 0.0933 17495 1.19 24 182 40 8 96 1009 3354 2448 137 266 785 143422 257 356 349 19 383 326 3575 101 407 21 277 39 70 46 932 1844 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000751.spe 131.95 454.39 5.93 1 1.86E-02 -0.0101 9.68E-03 0.0933 17750 1.15 20 188 27 23 52 1014 3347 2489 44 279 934 145174 344 326 340 17 261 462 3833 140 547 54 312 46 56 94 954 1882 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000752.spe 132 454.89 5.93 1 1.86E-02 -0.0101 9.75E-03 0.0933 17215 1.17 19 192 28 87 85 1019 3367 2589 90 277 885 139231 316 284 300 18 145 331 4010 103 506 32 238 21 105 107 933 1930 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000753.spe 132.05 455.39 5.93 1 1.86E-02 -0.0101 9.79E-03 0.0933 17415 1.13 28 227 10 78 39 1031 3666 2828 28 232 945 141805 304 376 389 171 348 336 3938 219 428 18 306 35 90 47 867 1983 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000754.spe 132.1 455.89 5.94 1 1.86E-02 -0.0101 9.81E-03 0.0933 17858 1.19 0 226 28 25 94 1049 3696 2580 89 248 911 148887 437 313 566 94 390 517 3947 160 553 12 296 66 52 41 1015 1855 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000755.spe 132.15 456.39 5.94 1 1.86E-02 -0.0101 9.83E-03 0.0933 18091 1.32 11 182 0 0 68 1104 3791 2570 27 284 909 152231 321 413 357 106 218 285 4088 79 390 60 326 121 66 32 912 1946 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000756.spe 132.2 456.89 5.94 1 1.86E-02 -0.0101 9.85E-03 0.0933 17816 1.32 0 237 42 8 94 943 3581 2384 81 292 911 147060 379 369 472 87 384 270 4424 8 519 16 323 26 76 84 985 1997 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000757.spe 132.25 457.39 5.94 1 1.86E-02 -0.0101 9.81E-03 0.0933 18033 1.15 0 190 15 12 88 1057 3492 2611 80 237 868 146448 382 216 388 0 329 344 4179 209 462 31 219 18 102 146 1021 2047 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000758.spe 132.3 457.89 5.94 1 1.86E-02 -0.0101 9.79E-03 0.0933 18149 1.23 0 212 27 0 109 1135 3324 2842 40 224 922 144771 337 359 446 227 271 376 4292 116 499 19 311 14 66 111 974 2043 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000759.spe 132.35 458.39 5.93 1 1.86E-02 -0.0101 9.83E-03 0.0933 17990 1.12 19 206 23 13 93 937 3119 2690 124 181 822 144117 316 390 295 278 288 392 4160 140 445 23 190 29 131 0 949 1948 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000760.spe 132.4 458.89 5.93 1 1.86E-02 -0.0101 9.79E-03 0.0933 17534 1.13 12 207 42 0 49 997 3623 2771 121 253 903 146578 389 354 195 0 131 323 3667 87 395 40 286 45 87 57 1080 2092 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000761.spe 132.45 459.39 5.93 1 1.86E-02 -0.0101 9.82E-03 0.0933 17490 1.12 20 187 34 12 90 989 3439 2389 86 280 931 144102 374 266 529 62 346 313 3874 121 411 33 271 26 83 92 1236 1942 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000762.spe 132.5 459.89 5.93 1 1.86E-02 -0.0101 9.82E-03 0.0933 17218 1.07 21 168 29 0 59 883 3259 2352 0 234 845 139829 354 294 300 112 402 306 3716 111 532 48 323 0 39 80 1051 1906 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000763.spe 132.55 460.39 5.93 1 1.86E-02 -0.0101 9.84E-03 0.0933 17401 1.24 0 163 26 0 57 865 3425 2445 43 228 808 140315 340 304 366 37 343 435 3888 33 570 41 180 20 106 46 953 1904 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000764.spe 132.6 460.89 5.94 1 1.86E-02 -0.0101 9.88E-03 0.0933 17488 1.13 17 162 4 0 77 1087 3283 2562 42 287 835 142576 402 354 387 0 159 469 4254 147 535 17 315 24 50 122 982 2129 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000765.spe 132.65 461.39 5.94 1 1.86E-02 -0.0101 9.90E-03 0.0933 17625 1.2 0 209 27 0 114 1007 3676 2652 53 282 870 143072 340 308 441 179 285 473 4400 90 474 21 234 26 68 66 905 1951 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000766.spe 132.7 461.89 5.94 1 1.86E-02 -0.0101 9.91E-03 0.0933 17367 1.27 11 214 22 5 92 1047 3483 2477 76 230 890 140163 393 285 470 0 297 374 4293 165 394 39 254 25 104 56 1146 1887 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000767.spe 132.75 462.39 5.94 1 1.86E-02 -0.0101 9.87E-03 0.0933 17742 1.32 0 200 0 0 102 1021 3496 2593 20 279 850 143590 398 306 408 195 123 389 4324 252 511 19 221 18 112 123 1033 1968 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000768.spe 132.8 462.89 5.94 1 1.86E-02 -0.0101 9.87E-03 0.0933 17581 1.1 0 257 28 5 89 1047 3850 2494 65 231 849 141797 289 177 495 53 311 337 4331 77 389 38 291 28 65 133 1080 1909 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000769.spe 132.85 463.39 5.93 1 1.86E-02 -0.0101 9.87E-03 0.0933 17511 1.13 8 203 36 10 57 1041 3614 2837 40 268 923 139838 324 247 282 0 310 436 4428 99 540 44 196 38 124 50 1000 1932 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000770.spe 132.9 463.89 5.94 1 1.86E-02 -0.0101 9.89E-03 0.0933 18136 1.19 13 234 22 0 90 979 3890 2770 121 255 1016 147938 439 346 506 185 340 354 4629 99 911 43 214 59 66 59 1032 1998 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000771.spe 132.95 464.39 5.94 1 1.86E-02 -0.0101 9.82E-03 0.0933 17906 1.22 17 200 21 0 92 985 3589 2447 130 258 924 143034 428 398 296 209 260 395 4253 159 428 38 222 0 74 138 1042 2080 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000772.spe 133 464.89 5.94 1 1.86E-02 -0.0101 9.81E-03 0.0933 17478 1.18 18 177 9 0 65 961 3351 2576 113 298 856 138189 326 271 354 129 288 297 4184 117 505 37 189 54 72 95 1133 1967 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000773.spe 133.05 465.39 5.94 1 1.86E-02 -0.0101 9.84E-03 0.0933 17506 1.19 0 194 24 0 119 948 3440 2763 119 292 797 136733 394 345 278 99 224 437 4272 157 501 15 255 64 61 87 1012 2022 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000774.spe 133.1 465.89 5.93 1 1.86E-02 -0.0101 9.86E-03 0.0933 17220 1.16 0 195 24 6 103 1002 3689 2360 96 276 971 133292 346 358 479 165 379 362 4153 98 463 40 295 24 46 97 1004 2050 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000775.spe 133.15 466.39 5.93 1 1.86E-02 -0.0101 9.86E-03 0.0933 17543 1.26 6 199 18 0 107 973 3575 2577 81 210 1126 138122 428 418 276 54 296 256 4373 139 451 31 244 0 99 67 1031 2009 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000776.spe 133.2 466.89 5.93 1 1.86E-02 -0.0101 9.82E-03 0.0933 17386 1.2 5 195 13 0 54 913 3488 2676 134 220 971 135732 380 332 390 183 267 485 4269 152 464 28 190 39 106 96 1089 2024 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000777.spe 133.25 467.39 5.93 1 1.86E-02 -0.0101 9.76E-03 0.0933 17311 1.19 0 227 39 11 100 913 3587 2550 98 225 1033 135281 380 303 375 113 341 361 4283 239 553 26 235 39 67 52 1033 1851 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000778.spe 133.3 467.89 5.93 1 1.86E-02 -0.0101 9.74E-03 0.0933 17342 1.27 9 191 12 0 58 937 3317 2470 53 224 978 134413 423 334 392 189 288 410 4234 167 349 47 251 52 119 123 979 1928 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000779.spe 133.35 468.39 5.93 1 1.86E-02 -0.0101 9.75E-03 0.0933 17975 1.27 10 171 17 0 61 934 3470 2720 5 225 1071 143234 303 428 478 198 306 334 4356 260 498 27 275 32 105 15 877 1897 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000780.spe 133.4 468.89 5.93 1 1.86E-02 -0.0101 9.75E-03 0.0933 18113 1.2 5 218 15 0 81 1109 4007 2660 125 230 1061 147609 391 330 403 243 278 388 4220 191 355 34 240 22 110 113 1026 1975 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000781.spe 133.45 469.39 5.93 1 1.86E-02 -0.0101 9.78E-03 0.0933 17615 1.21 17 226 25 0 93 989 4070 2623 119 198 948 141911 343 234 315 92 340 282 4525 242 399 40 276 56 108 88 1015 1933 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000782.spe 133.5 469.89 5.93 1 1.86E-02 -0.0101 9.83E-03 0.0933 17320 1.11 23 213 40 0 77 948 3903 2382 55 220 915 137778 403 304 348 0 459 313 4510 0 556 48 305 21 50 89 1071 1807 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000783.spe 133.55 470.39 5.93 1 1.86E-02 -0.0101 9.85E-03 0.0933 17862 1.29 0 219 21 0 73 1062 3965 2517 73 223 1128 146254 396 418 436 173 356 299 4693 289 522 52 245 11 118 80 1001 1878 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000784.spe 133.6 470.89 5.93 1 1.86E-02 -0.0101 9.79E-03 0.0933 17986 1.21 18 191 44 9 92 1138 3922 2777 28 279 949 149642 341 389 582 32 408 330 4362 34 438 38 428 39 58 74 958 1924 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000785.spe 133.65 471.39 5.93 1 1.86E-02 -0.0101 9.79E-03 0.0933 18023 1.11 25 188 15 0 62 916 4158 2650 61 248 966 149698 339 229 406 58 308 440 4565 262 381 27 295 24 141 32 1019 2094 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000786.spe 133.7 471.89 5.93 1 1.86E-02 -0.0101 9.80E-03 0.0933 17591 1.09 0 180 8 5 99 964 4231 2492 39 330 958 145645 377 323 373 260 336 339 4832 122 570 24 362 25 27 60 856 2009 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000787.spe 133.75 472.39 5.93 1 1.86E-02 -0.0101 9.82E-03 0.0933 17344 1.16 8 182 17 0 58 908 4174 2326 95 214 880 142739 360 330 278 148 221 276 4786 190 388 30 290 47 95 77 954 1912 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000788.spe 133.8 472.89 5.93 1 1.86E-02 -0.0101 9.82E-03 0.0933 17192 1.22 12 197 31 13 113 961 4486 2463 69 244 968 139326 373 362 341 60 363 376 4984 127 343 13 334 51 86 70 920 1917 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000789.spe 133.85 473.39 5.93 1 1.86E-02 -0.0101 9.87E-03 0.0933 17134 1.17 11 175 11 6 91 912 4295 2768 10 174 934 140515 353 363 142 141 222 242 5090 134 464 48 188 28 140 63 938 1956 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000790.spe 133.9 473.89 5.93 1 1.86E-02 -0.0101 9.87E-03 0.0933 17397 1.15 0 198 39 0 73 985 4162 2774 0 236 957 147580 394 358 347 92 206 370 4969 141 489 45 186 28 115 77 965 1907 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000791.spe 133.95 474.39 5.93 1 1.86E-02 -0.0101 9.85E-03 0.0933 17591 1.17 0 206 0 0 134 1034 4463 2684 94 239 891 151016 451 332 450 38 436 353 5599 145 413 0 216 24 73 161 1065 1790 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000792.spe 134 474.89 5.93 1 1.86E-02 -0.0101 9.84E-03 0.0933 17409 1.27 0 190 14 0 110 946 4266 2406 82 245 903 147815 364 274 349 159 394 343 5395 34 452 37 262 52 97 152 1042 1866 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000793.spe 134.05 475.39 5.93 1 1.86E-02 -0.0101 9.77E-03 0.0933 16866 1.24 21 179 10 9 63 1079 4129 2409 101 178 867 138994 413 329 359 50 275 403 5017 83 513 62 286 18 156 120 922 1945 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000794.spe 134.1 475.89 5.93 1 1.86E-02 -0.0101 9.79E-03 0.0933 16569 1.13 8 195 11 0 125 946 4031 2355 65 269 881 131584 328 340 377 90 203 362 5623 30 590 14 346 63 63 72 938 1881 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000795.spe 134.15 476.39 5.93 1 1.86E-02 -0.0101 9.75E-03 0.0933 17104 1.28 13 185 19 7 100 801 4326 2457 136 254 861 135215 307 302 271 0 472 275 5533 290 471 10 245 35 131 114 1054 2015 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000796.spe 134.2 476.89 5.93 1 1.86E-02 -0.0101 9.71E-03 0.0933 16838 1.22 17 175 7 0 114 826 3811 2046 80 249 820 128300 337 326 373 88 308 325 5690 168 635 21 284 46 79 18 1008 1995 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000797.spe 134.25 477.39 5.93 1 1.86E-02 -0.0101 9.74E-03 0.0933 17074 1.13 16 177 5 0 97 732 3616 1927 28 195 837 129171 295 211 349 154 284 228 5114 301 523 16 227 0 84 152 1099 2024 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000798.spe 134.3 477.89 5.93 1 1.86E-02 -0.0101 9.74E-03 0.0933 16987 1.23 0 234 27 0 69 765 3287 2127 0 139 829 127006 374 338 318 95 260 385 4254 168 468 34 161 0 131 93 1122 2098 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000799.spe 134.35 478.39 5.93 1 1.86E-02 -0.0101 9.81E-03 0.0933 17026 1.22 0 220 7 0 59 813 3627 2151 0 204 834 127890 274 288 322 191 227 304 4371 170 393 41 216 11 90 66 1018 1999 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000800.spe 134.4 478.89 5.93 1 1.86E-02 -0.0101 9.75E-03 0.0933 16885 1.25 0 187 23 10 90 766 3617 2141 44 207 855 126512 346 259 350 0 396 365 4712 141 468 31 165 16 137 49 1036 1995 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000801.spe 134.45 479.39 5.93 1 1.86E-02 -0.0101 9.75E-03 0.0933 17400 1.08 15 246 26 20 80 826 3914 2468 77 257 865 133898 369 298 332 34 399 361 4655 91 750 35 198 5 108 0 1019 2088 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000802.spe 134.5 479.89 5.93 1 1.86E-02 -0.0101 9.77E-03 0.0933 17012 1.05 12 242 35 16 116 821 3658 2237 24 232 881 132233 385 333 445 0 272 309 4333 231 407 49 232 44 82 75 1071 1950 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000803.spe 134.55 480.39 5.93 1 1.86E-02 -0.0101 9.79E-03 0.0933 16760 1.1 5 263 19 4 103 968 4304 2125 0 234 904 129737 316 224 400 62 355 332 4771 157 540 25 252 33 64 58 1011 2024 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000804.spe 134.6 480.89 5.93 1 1.86E-02 -0.0101 9.81E-03 0.0933 17038 1.24 0 218 17 0 112 906 4463 2501 63 218 835 134511 329 244 394 299 356 322 5150 202 612 26 156 8 98 122 922 1937 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000805.spe 134.65 481.39 5.93 1 1.86E-02 -0.0101 9.76E-03 0.0933 16815 1.2 5 250 9 12 131 971 4408 2165 57 275 862 131132 361 230 423 0 181 371 5523 105 622 0 236 43 65 138 1003 1961 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000806.spe 134.7 481.89 5.93 1 1.86E-02 -0.0101 9.74E-03 0.0933 17414 1.27 0 192 11 0 105 774 3970 2026 85 242 820 134170 353 257 198 22 302 322 5387 227 714 17 197 66 74 76 1081 2012 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000807.spe 134.75 482.39 5.93 1 1.86E-02 -0.0101 9.71E-03 0.0933 17561 1.24 8 206 6 0 121 869 3913 2230 158 221 862 130666 387 355 430 174 446 467 4603 125 539 0 221 42 65 90 1091 2026 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000808.spe 134.8 482.89 5.94 1 1.86E-02 -0.0101 9.73E-03 0.0933 17502 1.23 0 218 20 0 89 977 3757 2181 83 229 826 128585 396 292 531 105 416 221 4644 183 648 33 187 48 89 117 1199 2013 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000809.spe 134.85 483.39 5.94 1 1.86E-02 -0.0101 9.71E-03 0.0933 17527 1.28 4 205 0 0 134 761 3707 2420 85 215 789 129609 321 236 398 116 383 306 4348 345 671 13 183 0 77 140 1168 2062 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000810.spe 134.9 483.89 5.94 1 1.86E-02 -0.0101 9.71E-03 0.0933 17319 1.18 0 225 21 0 86 824 3426 2259 65 212 861 128849 360 230 339 0 407 222 4520 131 500 53 140 70 111 161 1168 2150 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000811.spe 134.95 484.39 5.94 1 1.86E-02 -0.0101 9.73E-03 0.0933 17100 1.2 0 206 13 0 102 856 3430 2194 5 265 850 126763 281 309 213 0 273 250 4488 314 842 25 128 38 112 71 1147 1944 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000812.spe 135 484.89 5.94 1 1.86E-02 -0.0101 9.77E-03 0.0933 17062 1.14 0 192 23 0 137 870 3486 2055 100 206 814 126266 353 239 256 0 279 260 4197 192 611 0 164 0 105 126 1220 2110 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000813.spe 135.05 485.39 5.94 1 1.86E-02 -0.0101 9.79E-03 0.0933 17377 1.26 35 257 21 0 123 871 3809 2427 97 250 765 129302 353 251 383 190 436 389 4473 194 467 6 197 0 75 131 1080 2044 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000814.spe 135.1 485.89 5.93 1 1.86E-02 -0.0101 9.76E-03 0.0933 17491 1.13 10 210 33 0 79 899 3672 2375 41 255 799 131630 288 242 373 195 409 335 4463 125 429 41 184 36 94 39 1064 2027 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000815.spe 135.15 486.39 5.93 1 1.86E-02 -0.0101 9.81E-03 0.0933 17035 1.14 0 220 15 6 101 836 3077 2223 47 223 752 126844 322 359 261 0 341 260 4154 111 717 32 189 37 74 98 1127 2115 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000816.spe 135.2 486.89 5.93 1 1.86E-02 -0.0101 9.79E-03 0.0933 17043 1.26 0 199 41 11 103 863 3329 2107 78 199 713 127047 353 270 545 223 386 340 4305 142 355 32 165 47 67 27 979 2001 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000817.spe 135.25 487.39 5.93 1 1.86E-02 -0.0101 9.79E-03 0.0933 17097 1.15 0 174 38 0 100 883 3285 2014 114 263 808 127462 438 331 457 0 350 282 4496 165 622 5 216 40 77 60 1149 2017 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000818.spe 135.3 487.89 5.93 1 1.86E-02 -0.0101 9.73E-03 0.0933 17187 1.15 0 213 28 0 101 934 3884 2347 26 226 783 127353 388 201 363 129 266 350 4401 187 288 38 210 19 109 93 1119 2083 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000819.spe 135.35 488.39 5.93 1 1.86E-02 -0.0101 9.77E-03 0.0933 17045 1.25 0 214 12 0 87 836 3724 2227 90 191 807 125613 324 385 408 49 299 343 4535 121 326 28 116 0 102 36 1057 2117 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000820.spe 135.4 488.89 5.94 1 1.86E-02 -0.0101 9.81E-03 0.0933 17310 1.1 7 224 25 8 82 1001 4074 2484 52 257 854 127809 387 326 262 0 222 411 4676 313 431 20 141 11 132 133 1234 2162 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000821.spe 135.45 489.39 5.94 1 1.86E-02 -0.0101 9.83E-03 0.0933 17250 1.3 34 174 14 7 135 902 3929 2363 91 235 939 128300 315 166 582 59 379 289 4461 193 469 14 293 17 79 135 1156 2055 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000822.spe 135.5 489.89 5.94 1 1.86E-02 -0.0101 9.78E-03 0.0933 17016 1.19 6 252 15 0 103 906 3865 2191 47 218 897 125249 411 78 410 63 307 257 4532 122 517 20 183 46 89 68 1267 1938 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000823.spe 135.55 490.39 5.94 1 1.86E-02 -0.0101 9.73E-03 0.0933 16861 1.27 16 256 19 15 84 828 4076 2022 107 222 804 119776 373 395 293 33 308 332 4848 137 580 34 246 17 71 84 1030 2097 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000824.spe 135.6 490.89 5.94 1 1.86E-02 -0.0101 9.69E-03 0.0933 17065 1.13 32 223 8 0 64 913 3991 2133 79 233 781 120729 253 303 393 64 466 376 4533 68 455 39 215 10 69 117 1171 2135 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000825.spe 135.65 491.39 5.94 1 1.86E-02 -0.0101 9.67E-03 0.0933 17042 1.29 14 217 27 0 112 819 3857 2053 29 208 742 121281 311 325 220 217 409 289 4339 131 405 38 155 17 101 82 1094 2001 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000826.spe 135.7 491.89 5.94 1 1.86E-02 -0.0101 9.64E-03 0.0933 17118 1.22 0 211 16 6 95 916 4044 2066 6 229 715 121527 199 119 467 40 317 313 4516 296 531 21 242 37 45 85 1155 2062 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000827.spe 135.75 492.39 5.94 1 1.86E-02 -0.0101 9.62E-03 0.0933 17042 1.21 0 181 0 6 86 822 3695 2042 74 209 832 121282 321 252 477 0 284 244 4464 121 572 25 178 0 81 57 1128 2181 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000828.spe 135.8 492.89 5.94 1 1.86E-02 -0.0101 9.60E-03 0.0933 17210 1.22 0 155 17 8 65 897 3718 2030 145 180 810 123931 306 294 369 172 365 314 4510 245 691 37 230 13 32 35 1116 2021 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000829.spe 135.85 493.39 5.94 1 1.86E-02 -0.0101 9.64E-03 0.0933 16982 1.18 7 213 20 0 84 892 3552 2075 88 270 745 121563 227 181 342 21 186 307 4379 209 644 45 196 36 60 116 1170 2082 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000830.spe 135.9 493.89 5.94 1 1.86E-02 -0.0101 9.66E-03 0.0933 17112 1.32 0 183 10 0 92 812 3680 2075 130 187 793 125908 278 313 465 187 412 306 4485 122 660 43 207 0 72 46 981 2020 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000831.spe 135.95 494.39 5.94 1 1.86E-02 -0.0101 9.65E-03 0.0933 17219 1.2 13 220 28 0 99 878 3875 2123 88 272 800 127260 273 119 293 21 462 313 4568 146 538 17 243 33 60 170 1150 2003 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000832.spe 136 494.89 5.94 1 1.86E-02 -0.0101 9.73E-03 0.0933 17131 1.17 18 208 15 0 118 881 3932 2179 84 171 818 125514 370 282 381 0 306 280 4630 248 569 13 222 37 91 119 1192 2092 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000833.spe 136.05 495.39 5.94 1 1.86E-02 -0.0101 9.74E-03 0.0933 17118 1.22 23 191 20 0 71 841 3968 2057 11 196 881 126147 260 126 432 19 374 377 4699 196 438 39 263 34 77 176 1217 2065 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000834.spe 136.1 495.89 5.94 1 1.86E-02 -0.0101 9.78E-03 0.0933 16998 1.1 4 238 29 6 97 857 4079 2342 37 215 830 126368 369 384 321 199 316 441 4729 73 495 30 177 27 143 64 996 2199 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000835.spe 136.15 496.39 5.94 1 1.86E-02 -0.0101 9.76E-03 0.0933 16708 1.16 12 233 23 0 82 923 4158 2259 89 246 807 123067 357 196 333 30 295 228 4838 200 384 46 257 68 41 66 1112 1989 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000836.spe 136.2 496.89 5.94 1 1.86E-02 -0.0101 9.74E-03 0.0933 16617 1.21 17 217 12 13 60 922 4403 2121 127 212 799 123322 302 251 273 41 339 164 4537 147 586 56 257 20 71 43 1039 1911 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000837.spe 136.25 497.39 5.94 1 1.86E-02 -0.0101 9.72E-03 0.0933 16416 1.2 0 197 24 0 121 903 4341 2253 42 240 863 123289 274 285 372 117 306 314 4608 229 364 31 241 27 72 116 1015 1984 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000838.spe 136.3 497.89 5.94 1 1.86E-02 -0.0101 9.68E-03 0.0933 16655 1.16 0 192 28 7 109 999 4522 2349 61 219 860 129426 312 206 374 184 364 307 5086 209 449 36 291 21 78 102 883 2006 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000839.spe 136.35 498.39 5.94 1 1.86E-02 -0.0101 9.66E-03 0.0933 16655 1.23 22 267 0 0 94 1110 5061 2460 75 216 855 131703 235 204 357 60 327 290 5145 238 587 33 300 6 68 108 928 1881 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000840.spe 136.4 498.89 5.94 1 1.86E-02 -0.0101 9.88E-03 0.0933 16489 1.21 12 236 28 12 90 999 5351 2405 21 238 866 131428 334 132 423 0 358 297 5608 73 600 34 229 42 84 121 973 1915 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000841.spe 136.45 499.39 5.94 1 1.86E-02 -0.0101 9.83E-03 0.0933 16774 1.2 13 200 10 11 119 1035 5310 2543 34 238 919 135556 208 294 376 120 242 297 5850 163 444 7 219 26 106 74 877 1921 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000842.spe 136.5 499.89 5.94 1 1.86E-02 -0.0101 9.74E-03 0.0933 16852 1.16 18 231 6 0 116 1136 5364 2575 80 198 937 138435 318 210 501 73 315 450 5826 263 480 44 256 67 102 124 906 1890 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000843.spe 136.55 500.39 5.94 1 1.86E-02 -0.0101 9.76E-03 0.0933 16657 1.2 0 235 24 0 127 1189 5461 2637 34 258 937 136724 318 153 386 148 300 205 6002 256 550 6 238 67 110 140 932 1938 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000844.spe 136.6 500.89 5.94 1 1.86E-02 -0.0101 9.72E-03 0.0933 16772 1.19 0 195 0 0 67 1136 4879 2404 99 255 817 134935 250 163 477 227 341 376 6213 199 498 44 258 39 54 25 881 1865 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000845.spe 136.65 501.39 5.94 1 1.86E-02 -0.0101 9.72E-03 0.0933 17168 1.16 0 196 0 0 101 1049 4673 2583 75 155 858 134237 253 264 374 86 228 332 6053 90 676 13 174 11 85 104 1009 1997 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000846.spe 136.7 501.89 5.94 1 1.86E-02 -0.0101 9.74E-03 0.0933 17178 1.28 7 202 36 19 73 821 4208 2251 59 180 871 130405 336 267 398 40 305 372 5434 147 778 63 178 12 111 44 1065 2003 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000847.spe 136.75 502.39 5.94 1 1.86E-02 -0.0101 9.74E-03 0.0933 17069 1.23 7 206 25 0 87 902 4368 2228 40 220 822 126757 422 294 301 0 447 365 5226 94 650 20 182 12 101 134 1216 2002 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000848.spe 136.8 502.89 5.94 1 1.86E-02 -0.0101 9.77E-03 0.0933 16898 1.23 0 249 23 17 100 960 3840 2357 37 215 786 123898 433 404 323 149 309 319 4902 39 438 37 144 25 110 53 1031 2077 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000849.spe 136.85 503.39 5.94 1 1.86E-02 -0.0101 9.68E-03 0.0933 16794 1.18 10 207 23 0 64 974 4024 2164 63 217 786 122169 285 253 443 72 496 319 4737 286 652 57 223 28 91 16 1034 1965 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000850.spe 136.9 503.89 5.94 1 1.86E-02 -0.0101 9.68E-03 0.0933 16968 1.18 0 195 28 5 114 916 4038 2198 15 208 832 127148 321 255 452 139 366 353 5137 238 645 27 249 43 96 0 1119 2028 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000851.spe 136.95 504.39 5.93 1 1.86E-02 -0.0101 9.70E-03 0.0933 16902 1.25 0 241 0 0 73 870 4768 2232 35 186 763 126635 374 182 362 69 429 412 4892 132 734 43 260 56 82 120 1094 1984 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000852.spe 137 504.89 5.93 1 1.86E-02 -0.0101 9.74E-03 0.0933 16620 1.2 11 245 16 5 86 966 4271 2266 21 208 745 123554 357 125 416 138 373 335 4740 218 738 26 168 34 120 134 1114 1941 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000853.spe 137.05 505.39 5.93 1 1.86E-02 -0.0101 9.80E-03 0.0933 16719 1.16 0 188 14 15 99 937 4107 2295 127 225 857 126611 333 228 454 131 327 279 4697 139 619 36 255 0 105 58 1120 1923 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000854.spe 137.1 505.89 5.93 1 1.86E-02 -0.0101 9.82E-03 0.0933 16881 1.25 0 186 26 0 95 878 4116 2465 55 188 789 128315 247 277 352 114 306 334 4881 153 548 17 164 13 122 68 1035 1990 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000855.spe 137.15 506.39 5.93 1 1.86E-02 -0.0101 9.86E-03 0.0933 17130 1.26 8 188 27 0 80 870 4323 2317 79 260 733 133202 393 270 362 53 394 233 4942 178 604 32 276 46 92 126 1090 1940 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000856.spe 137.2 506.89 5.93 1 1.86E-02 -0.0101 9.90E-03 0.0933 17312 1.21 0 211 51 18 106 997 4613 2537 79 280 884 136135 419 298 324 19 281 343 5300 140 476 39 257 27 140 176 1002 2084 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000857.spe 137.25 507.39 5.93 1 1.86E-02 -0.0101 9.84E-03 0.0933 17619 1.2 0 255 24 0 92 1005 4644 2826 57 215 857 141418 437 337 395 228 313 393 5210 126 560 39 297 26 76 25 914 1974 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000858.spe 137.3 507.89 5.93 1 1.86E-02 -0.0101 9.89E-03 0.0933 17433 1.13 27 216 18 5 102 1008 4663 2738 76 280 766 140861 397 380 518 106 368 457 5094 115 568 29 260 11 97 131 1022 2091 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000859.spe 137.35 508.39 5.93 1 1.86E-02 -0.0101 9.91E-03 0.0933 17222 1.2 0 207 11 8 90 1045 4793 2558 119 209 841 139307 456 364 417 85 316 503 5212 155 400 49 184 90 132 150 993 1928 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000860.spe 137.4 508.89 5.93 1 1.86E-02 -0.0101 9.81E-03 0.0933 17427 1.19 21 188 16 0 132 1137 5023 2655 125 271 841 143003 374 310 291 82 343 281 5361 156 560 17 203 15 90 82 982 1827 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000861.spe 137.45 509.39 5.93 1 1.86E-02 -0.0101 9.75E-03 0.0933 17465 1.19 0 176 24 0 84 1026 5020 2815 75 226 841 142001 386 360 433 106 423 300 5419 226 592 45 217 23 150 127 948 1885 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000862.spe 137.5 509.89 5.93 1 1.86E-02 -0.0101 9.79E-03 0.0933 17923 1.13 0 200 30 6 94 1005 5678 2936 0 301 957 147622 386 353 352 31 384 388 5622 142 506 31 293 40 95 89 1025 1907 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000863.spe 137.55 510.39 5.93 1 1.86E-02 -0.0101 9.76E-03 0.0933 18171 1.16 11 243 27 12 115 1125 6633 2889 144 256 866 152206 335 343 429 149 327 368 5747 193 736 38 400 9 54 39 873 1929 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000864.spe 137.6 510.89 5.92 1 1.86E-02 -0.0101 9.73E-03 0.0933 17927 1.25 0 286 30 0 115 1153 6821 2832 49 324 918 151265 391 485 390 54 180 421 5713 9 299 14 423 58 101 149 880 2117 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000865.spe 137.65 511.39 5.92 1 1.86E-02 -0.0101 9.74E-03 0.0933 17584 1.24 10 240 6 0 102 1132 6715 2957 61 255 977 149746 380 254 360 37 344 367 5906 159 513 21 332 86 128 68 1002 1829 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000866.spe 137.7 511.89 5.92 1 1.86E-02 -0.0101 9.74E-03 0.0933 16806 1.04 11 236 26 0 97 1152 7128 2842 126 204 918 141958 428 255 614 273 354 362 5816 92 415 32 269 64 131 15 808 1860 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000867.spe 137.75 512.39 5.92 1 1.86E-02 -0.0101 9.76E-03 0.0933 16050 1.26 10 202 16 0 120 1024 6512 2511 91 247 840 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6510 144 345 36 262 23 104 36 686 1749 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000872.spe 138 514.89 5.91 1 1.86E-02 -0.0101 9.80E-03 0.0933 15348 1.16 13 169 34 9 65 975 5749 2224 86 201 791 132314 282 338 328 182 129 338 6520 100 366 38 267 88 120 73 636 1793 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000873.spe 138.05 515.39 5.91 1 1.86E-02 -0.0101 9.82E-03 0.0933 15325 1.16 21 178 10 0 77 981 5529 2275 0 158 772 131308 313 364 445 112 339 406 7057 213 623 26 235 0 116 43 588 1778 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000874.spe 138.1 515.89 5.91 1 1.86E-02 -0.0101 9.72E-03 0.0933 15909 1.15 0 171 26 0 82 890 5333 2560 77 213 820 138947 211 203 294 22 291 413 6656 221 506 38 234 46 108 34 806 1787 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000875.spe 138.15 516.39 5.92 1 1.86E-02 -0.0101 9.75E-03 0.0933 16110 1.14 0 227 5 10 79 1048 5506 2631 34 212 813 142499 274 198 574 25 347 317 6023 198 581 31 225 59 86 78 791 1700 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140.45 575.89 5.95 1 1.86E-02 -0.0101 9.71E-03 0.0933 16911 1.26 0 209 17 13 114 895 3869 2368 53 199 1225 129343 294 298 474 77 390 247 4437 195 612 24 182 65 132 72 970 1859 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000995.spe 140.5 576.39 5.96 1 1.86E-02 -0.0101 9.71E-03 0.0933 17275 1.07 0 199 13 0 111 844 3940 2157 141 226 1536 132093 282 155 470 75 477 419 4972 182 1070 7 281 0 86 15 958 1806 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000996.spe 140.55 576.89 5.96 1 1.86E-02 -0.0101 9.69E-03 0.0933 17356 1.28 0 223 0 0 66 804 3909 2116 88 171 1251 129276 360 294 247 38 373 349 5029 209 763 28 154 22 93 142 1104 1955 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000997.spe 140.6 577.39 5.95 1 1.86E-02 -0.0101 9.76E-03 0.0933 17247 1.15 0 222 8 6 95 942 3702 1969 34 187 1136 126103 280 241 278 12 341 258 4692 85 886 29 226 12 94 69 1089 1956 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000998.spe 140.65 577.89 5.95 1 1.86E-02 -0.0101 9.80E-03 0.0933 16624 1.16 0 207 8 0 77 702 3644 1715 55 182 908 118082 230 291 185 82 322 328 4706 53 559 36 220 41 67 33 1060 1858 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L000999.spe 140.7 578.39 5.96 1 1.86E-02 -0.0101 9.77E-03 0.0933 16752 1.29 36 215 17 0 51 856 3677 1972 85 166 1349 118249 230 314 337 48 371 184 4344 66 629 44 189 21 70 155 1083 2067 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001000.spe 140.75 578.89 5.96 1 1.86E-02 -0.0101 9.82E-03 0.0933 17233 1.2 19 217 16 0 113 852 3669 2325 125 214 1459 124281 346 317 366 38 337 196 4496 126 482 19 185 0 93 31 1055 2107 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001001.spe 140.8 579.39 5.96 1 1.86E-02 -0.0101 9.82E-03 0.0933 17047 1.31 19 222 7 8 69 864 3857 2281 28 204 1921 121489 270 375 558 191 290 305 4319 204 664 55 241 22 81 118 1132 2215 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001002.spe 140.85 579.89 5.96 1 1.86E-02 -0.0101 9.82E-03 0.0933 16862 1.16 6 174 11 0 63 771 3774 2299 38 229 1548 119674 211 288 207 0 391 272 4609 262 615 27 232 32 69 27 1129 2018 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001003.spe 140.9 580.39 5.96 1 1.86E-02 -0.0101 9.83E-03 0.0933 17076 1.25 24 173 41 0 89 828 3576 2279 58 189 1187 121502 262 456 440 5 294 412 4512 91 773 37 182 6 99 70 1029 2083 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001004.spe 140.95 580.89 5.96 1 1.86E-02 -0.0101 9.85E-03 0.0933 17300 1.15 8 199 20 0 90 916 3765 2172 79 187 1363 122323 347 417 131 168 381 190 4375 128 578 28 191 30 73 67 1040 2196 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001005.spe 141 581.39 5.96 1 1.86E-02 -0.0101 9.88E-03 0.0933 17055 1.16 0 218 20 0 64 740 3692 2147 117 216 1307 119586 324 443 370 79 311 342 4408 191 572 38 169 50 105 25 1189 2121 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001006.spe 141.05 581.89 5.96 1 1.86E-02 -0.0101 9.90E-03 0.0933 17278 1.25 0 233 18 0 95 826 3667 2168 41 186 1174 122691 290 454 398 162 535 264 4324 279 323 28 124 83 131 86 1164 2015 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001007.spe 141.1 582.39 5.96 1 1.86E-02 -0.0101 9.84E-03 0.0933 17080 1.21 10 213 20 0 96 808 3465 2126 59 168 959 116838 364 411 352 58 364 275 4137 40 691 26 167 18 87 199 1251 2158 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001008.spe 141.15 582.89 5.96 1 1.86E-02 -0.0101 9.84E-03 0.0933 17178 1.16 7 218 8 14 131 722 3419 2367 43 231 942 118476 281 282 361 9 421 212 4502 239 782 0 205 26 83 145 1162 2120 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001009.spe 141.2 583.39 5.95 1 1.86E-02 -0.0101 9.80E-03 0.0933 17158 1.15 0 239 24 0 114 805 3565 2267 82 233 924 115827 259 365 308 41 305 226 4512 152 453 10 206 0 67 43 1172 2125 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001010.spe 141.25 583.89 5.95 1 1.86E-02 -0.0101 9.78E-03 0.0933 17189 1.24 12 194 36 6 101 775 3373 2020 80 164 917 115349 342 442 381 54 485 353 4166 180 460 39 146 30 79 86 1178 2216 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001011.spe 141.3 584.39 5.95 1 1.86E-02 -0.0101 9.76E-03 0.0933 17634 1.27 16 235 13 0 78 882 3678 2314 44 208 962 122211 341 403 359 104 413 255 4160 148 371 32 150 40 72 45 1226 2167 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001012.spe 141.35 584.89 5.95 1 1.86E-02 -0.0101 9.75E-03 0.0933 16368 1.32 0 201 11 7 77 873 3260 1967 96 226 888 110532 321 290 303 59 344 268 4161 221 496 31 126 31 100 100 1175 2040 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001013.spe 141.4 585.39 5.96 1 1.86E-02 -0.0101 9.70E-03 0.0933 16393 1.11 9 174 7 0 117 751 3099 2034 80 180 880 110136 198 402 463 188 458 319 4029 153 534 19 87 4 100 89 1123 2093 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001014.spe 141.45 585.89 5.96 1 1.86E-02 -0.0101 9.72E-03 0.0933 16703 1.31 11 189 11 13 89 789 3794 1914 21 196 939 114234 255 285 145 65 238 341 4356 349 389 46 160 47 110 189 1208 2101 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001015.spe 141.5 586.39 5.95 1 1.86E-02 -0.0101 9.68E-03 0.0933 16962 1.32 0 196 9 0 90 774 3591 1930 124 250 965 117994 331 314 275 101 361 420 4488 8 621 35 234 55 0 104 1177 2073 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001016.spe 141.55 586.89 5.95 1 1.86E-02 -0.0101 9.64E-03 0.0933 16935 1.27 13 220 35 10 89 851 3436 2061 61 201 894 116730 200 282 348 98 347 314 4630 206 579 16 140 42 71 65 1161 1966 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001017.spe 141.6 587.39 5.95 1 1.86E-02 -0.0101 9.61E-03 0.0933 16707 1.28 20 191 14 0 86 823 3583 2003 21 209 831 113785 284 220 124 0 268 326 4395 0 396 48 141 47 87 175 1194 2087 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001018.spe 141.65 587.89 5.95 1 1.86E-02 -0.0101 9.68E-03 0.0933 16854 1.22 15 220 19 7 90 961 3371 2334 0 249 833 115964 430 476 360 0 344 335 4231 104 508 44 240 90 77 176 1108 2116 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001019.spe 141.7 588.39 5.96 1 1.86E-02 -0.0101 9.70E-03 0.0933 16778 1.26 0 192 0 0 88 942 3473 2099 49 188 871 115228 316 331 393 43 184 392 4244 133 530 24 170 15 80 122 1267 2094 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001020.spe 141.75 588.89 5.96 1 1.86E-02 -0.0101 9.76E-03 0.0933 16914 1.21 21 240 29 0 76 934 3628 2362 64 220 859 117517 352 410 297 139 326 383 4430 210 765 41 184 38 39 136 1098 2156 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001021.spe 141.8 589.39 5.96 1 1.86E-02 -0.0101 9.79E-03 0.0933 16874 1.2 58 247 27 14 78 910 3680 2246 41 196 719 118056 292 392 343 196 393 242 4307 135 633 35 179 15 93 73 1065 2067 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001022.spe 141.85 589.89 5.96 1 1.86E-02 -0.0101 9.76E-03 0.0933 16942 1.11 15 224 5 6 83 866 3645 2344 52 229 787 119737 356 274 225 118 340 432 4189 174 517 18 202 0 99 136 1161 2071 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001023.spe 141.9 590.39 5.96 1 1.86E-02 -0.0101 9.79E-03 0.0933 16998 1.13 0 182 46 14 113 929 3575 2055 52 201 739 120860 359 443 115 119 346 267 4488 190 660 20 226 89 88 57 999 2101 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001024.spe 141.95 590.89 5.96 1 1.86E-02 -0.0101 9.77E-03 0.0933 17071 1.21 12 212 14 0 99 963 3627 2300 20 243 829 119898 311 231 264 50 319 293 4694 98 434 15 263 21 65 123 1224 2227 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001025.spe 142 591.39 5.96 1 1.86E-02 -0.0101 9.78E-03 0.0933 17160 1.2 0 227 0 0 89 858 3710 2243 99 210 794 122396 332 341 385 51 256 255 4448 338 672 26 158 14 64 17 1046 2062 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001026.spe 142.05 591.89 5.96 1 1.86E-02 -0.0101 9.81E-03 0.0933 17088 1.27 0 177 0 0 79 963 3759 2176 91 226 816 120373 237 347 341 0 488 266 4595 126 600 26 176 37 77 136 1234 2083 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001027.spe 142.1 592.39 5.96 1 1.86E-02 -0.0101 9.84E-03 0.0933 17332 1.16 0 197 7 0 84 896 3617 2356 12 228 753 124809 168 251 417 11 334 356 4626 253 581 26 106 0 144 81 1206 2148 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001028.spe 142.15 592.89 5.96 1 1.86E-02 -0.0101 9.84E-03 0.0933 17827 1.16 9 234 22 6 123 1000 4119 2421 23 169 771 130884 254 258 216 99 242 423 4485 114 655 7 179 0 83 40 1105 2099 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001029.spe 142.2 593.39 5.96 1 1.86E-02 -0.0101 9.81E-03 0.0933 17581 1.28 9 242 25 7 105 959 3979 2271 76 271 832 129329 361 275 397 120 370 381 4492 93 655 47 226 57 42 153 1260 2071 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001030.spe 142.25 593.89 5.96 1 1.86E-02 -0.0101 9.63E-03 0.0933 16995 1.27 17 246 20 0 124 883 3834 2476 0 247 777 123842 279 316 363 238 382 282 4186 197 591 9 189 20 115 96 1076 1952 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001031.spe 142.3 594.39 5.96 1 1.86E-02 -0.0101 9.65E-03 0.0933 16600 1.11 0 201 9 0 121 890 3611 2164 77 201 740 120089 289 272 401 135 313 360 4291 171 656 33 108 39 121 99 1075 1923 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001032.spe 142.35 594.89 5.96 1 1.86E-02 -0.0101 9.63E-03 0.0933 16341 1.2 15 216 27 15 95 929 3382 2073 47 201 703 116006 269 290 422 128 350 289 4202 0 498 43 208 29 44 52 1047 1935 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001033.spe 142.4 595.39 5.96 1 1.86E-02 -0.0101 9.63E-03 0.0933 16575 1.24 19 180 17 22 103 810 3554 2186 103 186 823 120061 277 331 405 126 446 309 4309 44 604 8 231 17 33 90 1063 1984 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001034.spe 142.45 595.89 5.96 1 1.86E-02 -0.0101 9.63E-03 0.0933 16546 1.07 17 241 14 0 137 876 3473 2426 45 180 799 119440 243 217 446 0 335 431 4579 199 590 13 221 15 71 103 1077 1957 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001035.spe 142.5 596.39 5.96 1 1.86E-02 -0.0101 9.61E-03 0.0933 16743 1.34 8 212 31 0 83 986 3191 2302 64 158 689 122464 277 367 156 120 295 392 4446 122 588 48 233 19 81 0 859 2010 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001036.spe 142.55 596.89 5.96 1 1.86E-02 -0.0101 9.63E-03 0.0933 16736 1.46 0 184 0 0 80 883 3456 2105 104 199 770 122703 318 307 335 47 316 188 4374 248 441 9 173 0 64 20 995 2003 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001037.spe 142.6 597.39 5.96 1 1.86E-02 -0.0101 9.61E-03 0.0933 17008 1.21 0 199 7 0 106 937 3666 2209 98 173 829 126680 277 281 412 215 442 298 4270 119 563 30 252 31 89 68 1043 2039 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001038.spe 142.65 597.89 5.97 1 1.86E-02 -0.0101 9.61E-03 0.0933 17442 1.14 0 220 20 0 112 1132 4009 2544 96 220 940 134614 311 245 506 30 437 328 4209 221 560 14 218 41 111 121 1083 2072 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001039.spe 142.7 598.39 5.97 1 1.86E-02 -0.0101 9.64E-03 0.0933 17110 1.21 0 208 19 0 66 1007 3938 2530 31 219 806 130439 323 253 611 134 320 395 4199 0 581 31 275 57 46 109 953 1953 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001040.spe 142.75 598.89 5.97 1 1.86E-02 -0.0101 9.66E-03 0.0933 17054 1.24 11 187 16 21 104 1061 3884 2606 60 195 827 130449 300 350 464 61 305 383 4408 110 450 32 210 59 91 113 945 1912 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001041.spe 142.8 599.39 5.97 1 1.86E-02 -0.0101 9.68E-03 0.0933 17324 1.27 11 210 31 0 107 1008 3988 2479 129 246 846 135401 382 359 280 71 301 340 4162 147 558 40 344 86 86 56 1028 2000 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001042.spe 142.85 599.89 5.97 1 1.86E-02 -0.0101 9.72E-03 0.0933 17363 1.1 11 219 0 0 111 1036 4114 2765 91 225 827 139326 334 265 395 87 228 290 4376 235 554 10 174 0 95 122 997 1984 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001043.spe 142.9 600.39 5.97 1 1.86E-02 -0.0101 9.74E-03 0.0933 17433 1.29 29 254 19 0 81 1164 4286 2432 69 200 865 142777 289 155 301 56 196 518 4452 147 258 41 319 9 52 87 982 1951 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001044.spe 142.95 600.89 5.97 1 1.86E-02 -0.0101 9.67E-03 0.0933 17557 1.21 18 207 20 7 90 1084 4355 2856 13 249 882 145007 310 152 387 36 368 407 4309 160 668 25 215 63 105 101 994 1914 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001045.spe 143 601.39 5.97 1 1.86E-02 -0.0101 9.62E-03 0.0933 17692 1.17 0 204 5 0 73 1148 4406 2659 110 251 939 148214 284 297 428 45 413 327 4454 0 421 32 229 11 86 84 989 1886 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001046.spe 143.05 601.89 5.97 1 1.86E-02 -0.0101 9.64E-03 0.0933 17674 1.19 17 240 38 7 99 1147 4206 2724 27 274 967 149582 309 250 487 92 253 345 4592 109 462 33 307 32 70 116 888 1908 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001047.spe 143.1 602.39 5.97 1 1.86E-02 -0.0101 9.64E-03 0.0933 17548 1.16 12 213 22 0 119 1164 4430 2949 180 237 921 148556 333 247 273 0 241 297 4621 145 315 27 249 32 66 132 939 1964 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001048.spe 143.15 602.89 5.97 1 1.86E-02 -0.0101 9.76E-03 0.0933 17470 1.16 6 220 13 0 92 1171 4482 2871 63 197 852 148196 282 334 323 88 279 338 4527 196 516 23 211 22 116 10 853 1998 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001049.spe 143.2 603.39 5.97 1 1.86E-02 -0.0101 9.77E-03 0.0933 17612 1.25 12 216 20 0 92 1280 4465 2738 83 211 928 151321 258 359 485 100 350 479 4652 146 526 28 334 0 65 56 848 2032 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001050.spe 143.25 603.89 5.97 1 1.86E-02 -0.0101 9.82E-03 0.0933 17375 1.18 20 218 19 0 97 1176 4527 2739 33 328 877 146930 366 336 451 111 362 413 4784 150 686 31 303 69 58 55 923 1981 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001051.spe 143.3 604.39 5.97 1 1.86E-02 -0.0101 9.80E-03 0.0933 17385 1.2 0 203 25 0 106 1006 4483 2569 53 241 850 147462 308 260 483 117 384 318 4818 95 568 9 264 15 85 132 992 1916 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001052.spe 143.35 604.89 5.96 1 1.86E-02 -0.0101 9.76E-03 0.0933 17456 1.1 0 178 36 0 66 1146 4366 2587 44 276 894 146855 331 316 214 11 139 496 4960 35 551 31 241 61 124 49 908 2376 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001053.spe 143.4 605.39 5.97 1 1.86E-02 -0.0101 9.74E-03 0.0933 17111 1.24 0 240 10 0 99 1118 4909 2718 133 247 779 140063 295 285 339 205 328 274 5082 162 730 19 250 0 99 73 892 1937 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001054.spe 143.45 605.89 5.97 1 1.86E-02 -0.0101 9.66E-03 0.0933 17216 1.23 0 219 23 0 67 1023 4818 2576 109 251 922 142171 257 298 455 27 365 326 5052 145 649 42 240 47 97 48 915 1865 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001055.spe 143.5 606.39 5.96 1 1.86E-02 -0.0101 9.64E-03 0.0933 17175 1.17 5 213 20 0 115 1072 4577 2601 73 231 913 140735 290 286 396 62 257 318 5160 262 379 32 312 10 156 54 930 1935 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001056.spe 143.55 606.89 5.96 1 1.86E-02 -0.0101 9.63E-03 0.0933 17411 1.17 14 196 39 21 93 1086 4757 2625 43 178 922 144480 370 311 429 148 372 332 4879 183 493 37 253 19 137 105 915 1865 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001057.spe 143.6 607.39 5.96 1 1.86E-02 -0.0101 9.65E-03 0.0933 17574 1.17 0 257 6 0 101 1095 4548 2826 54 268 994 143925 359 219 454 34 360 455 5168 145 694 38 274 62 71 82 1031 2013 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001058.spe 143.65 607.89 5.96 1 1.86E-02 -0.0101 9.72E-03 0.0933 17373 1.19 6 257 40 0 87 941 4446 2607 72 215 946 139677 334 329 510 0 279 434 5546 213 620 40 220 48 109 118 935 1969 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001059.spe 143.7 608.39 5.96 1 1.86E-02 -0.0101 9.65E-03 0.0933 17663 1.14 6 211 5 4 84 1027 4666 2525 54 219 947 140779 393 329 429 149 375 408 5290 259 511 15 277 29 94 23 919 1976 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001060.spe 143.75 608.89 5.96 1 1.86E-02 -0.0101 9.63E-03 0.0933 17503 1.25 0 220 18 0 97 993 4397 2567 37 234 820 138174 372 319 528 79 347 461 5146 95 411 30 266 0 73 25 1004 1925 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001061.spe 143.8 609.39 5.96 1 1.86E-02 -0.0101 9.70E-03 0.0933 17624 1.21 0 222 16 5 97 808 4448 2610 68 211 970 138414 304 368 197 118 262 187 4788 165 473 28 150 0 104 77 979 2076 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001062.spe 143.85 609.89 5.96 1 1.86E-02 -0.0101 9.73E-03 0.0933 17227 1.29 0 193 10 0 132 902 4468 2344 63 225 814 130957 306 246 270 121 398 237 4944 160 669 5 208 44 76 0 946 1979 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001063.spe 143.9 610.39 5.96 1 1.86E-02 -0.0101 9.81E-03 0.0933 17290 1.22 0 192 10 13 104 884 4068 2266 67 206 782 133388 342 333 362 32 367 281 4899 141 550 27 228 33 106 92 995 2010 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001064.spe 143.95 610.89 5.96 1 1.86E-02 -0.0101 9.77E-03 0.0933 17157 1.15 6 211 21 7 94 894 4161 2369 53 233 746 129516 394 364 322 6 367 314 4760 54 726 20 182 27 112 50 1086 2011 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001065.spe 144 611.39 5.96 1 1.86E-02 -0.0101 9.73E-03 0.0933 17134 1.19 18 218 28 0 109 808 4135 2072 0 238 863 130548 259 221 381 28 309 250 4734 44 711 30 333 20 72 155 1067 1970 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001066.spe 144.05 611.89 5.96 1 1.86E-02 -0.0101 9.74E-03 0.0933 16976 1.2 0 204 17 0 107 848 4281 2164 73 177 859 128140 274 163 306 0 479 225 4706 135 715 20 211 16 60 137 1059 1961 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001067.spe 144.1 612.39 5.96 1 1.86E-02 -0.0101 9.80E-03 0.0933 16789 1.24 9 193 0 0 84 841 4005 2114 84 164 850 126116 369 322 410 51 326 232 4920 109 456 21 151 0 101 117 1040 2035 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001068.spe 144.15 612.89 5.96 1 1.86E-02 -0.0101 9.83E-03 0.0933 16957 1.22 9 181 13 13 110 755 4150 2117 72 227 864 128058 307 160 481 102 263 359 5170 157 648 15 237 38 92 51 1087 1988 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001069.spe 144.2 613.39 5.96 1 1.86E-02 -0.0101 9.72E-03 0.0933 17169 1.18 26 173 15 5 92 962 4069 2235 40 250 743 129295 263 333 450 130 328 385 5110 186 570 27 162 12 147 28 1089 2090 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001070.spe 144.25 613.89 5.96 1 1.86E-02 -0.0101 9.68E-03 0.0933 17017 1.16 0 238 24 0 48 917 4157 2246 122 248 882 127002 366 304 573 195 452 195 4855 57 521 51 210 37 88 161 1061 2082 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001071.spe 144.3 614.39 5.96 1 1.86E-02 -0.0101 9.71E-03 0.0933 17175 1.19 0 216 10 0 83 994 4206 2537 69 268 866 129043 291 294 381 28 279 210 4674 110 484 33 167 14 107 103 1142 2109 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001072.spe 144.35 614.89 5.97 1 1.86E-02 -0.0101 9.73E-03 0.0933 17218 1.32 0 209 26 8 99 883 4463 2759 8 179 843 129768 368 217 331 0 173 167 5049 280 420 12 215 46 81 124 1170 1983 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001073.spe 144.4 615.39 5.97 1 1.86E-02 -0.0101 9.77E-03 0.0933 17175 1.24 9 188 25 0 77 829 4253 2524 44 185 839 129089 209 153 418 25 177 288 4841 209 689 47 102 16 96 99 1089 1976 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001074.spe 144.45 615.89 5.97 1 1.86E-02 -0.0101 9.72E-03 0.0933 17218 1.2 0 214 31 0 105 786 4169 2413 68 238 826 128425 272 257 180 175 263 393 4724 246 631 9 148 30 106 108 1034 2133 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001075.spe 144.5 616.39 5.97 1 1.86E-02 -0.0101 9.67E-03 0.0933 17263 1.13 0 241 22 0 118 774 3866 2132 117 215 839 127364 262 253 278 92 487 299 5054 270 562 33 217 27 69 40 1121 2054 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001076.spe 144.55 616.89 5.97 1 1.86E-02 -0.0101 9.65E-03 0.0933 17487 1.22 4 206 46 15 123 653 3743 1976 96 249 899 129660 301 239 434 46 388 264 4912 240 505 40 201 104 51 95 1151 2069 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001077.spe 144.6 617.39 5.97 1 1.86E-02 -0.0101 9.62E-03 0.0933 17285 1.18 23 165 33 0 97 685 3732 1877 85 178 732 127222 265 253 185 0 243 288 4659 205 600 41 131 24 95 67 1258 1993 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001078.spe 144.65 617.89 5.97 1 1.86E-02 -0.0101 9.70E-03 0.0933 17146 1.09 0 186 20 0 92 750 3578 2208 11 167 787 124470 264 252 258 67 262 308 4523 277 584 27 124 9 87 55 1153 2157 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001079.spe 144.7 618.39 5.97 1 1.86E-02 -0.0101 9.71E-03 0.0933 16872 1.37 0 202 18 0 119 681 3707 1925 102 257 671 119874 313 175 278 0 302 335 4399 203 592 18 129 61 84 109 1191 2133 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001080.spe 144.75 618.89 5.96 1 1.86E-02 -0.0101 9.75E-03 0.0933 16800 1.17 10 179 32 0 102 785 3609 2297 55 197 736 118020 183 333 339 285 315 189 4489 88 613 25 137 78 84 0 848 2213 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001081.spe 144.8 619.39 5.96 1 1.86E-02 -0.0101 9.76E-03 0.0933 16554 1.29 0 210 25 0 106 730 3773 2076 39 212 812 114035 336 319 381 15 257 294 4238 37 693 31 138 14 110 97 1202 2131 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001082.spe 144.85 619.89 5.96 1 1.86E-02 -0.0101 9.81E-03 0.0933 16762 1.22 12 252 25 15 78 793 3834 1925 57 237 770 118400 363 217 326 85 347 185 4495 159 570 42 190 29 85 123 1156 2119 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001083.spe 144.9 620.39 5.96 1 1.86E-02 -0.0101 9.81E-03 0.0933 16783 1.25 0 227 11 5 107 770 3951 2235 49 212 770 119393 368 219 492 123 308 289 4516 244 490 36 153 67 84 244 1231 2148 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001084.spe 144.95 620.89 5.96 1 1.86E-02 -0.0101 9.81E-03 0.0933 16702 1.08 0 190 10 8 93 757 3678 2115 58 265 770 118344 348 210 339 22 423 160 4549 56 879 17 189 76 56 153 1151 2063 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001085.spe 145 621.39 5.97 1 1.86E-02 -0.0101 9.78E-03 0.0933 16968 1.26 9 235 25 5 97 669 4209 2180 76 180 859 121353 315 301 309 167 439 364 4705 155 755 22 179 56 69 126 1078 1986 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001086.spe 145.05 621.89 5.97 1 1.86E-02 -0.0101 9.74E-03 0.0933 17006 1.1 22 222 12 6 102 896 4164 2146 74 165 854 122688 286 317 248 65 384 245 4646 160 491 40 196 29 71 19 1036 2133 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001087.spe 145.1 622.39 5.97 1 1.86E-02 -0.0101 9.73E-03 0.0933 16921 1.32 27 201 11 18 85 839 4057 2062 110 186 795 121165 280 173 411 0 349 244 4586 146 462 24 246 61 60 70 1148 1942 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001088.spe 145.15 622.89 5.97 1 1.86E-02 -0.0101 9.77E-03 0.0933 17047 1.13 0 209 13 0 122 811 4183 2261 42 209 922 123001 362 359 491 0 435 274 4400 186 457 22 121 42 160 166 1105 1919 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001089.spe 145.2 623.39 5.97 1 1.86E-02 -0.0101 9.78E-03 0.0933 16933 1.29 0 199 32 19 104 783 4162 2387 13 192 878 123663 271 344 426 171 342 320 4481 94 690 27 73 0 140 105 1038 2093 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001090.spe 145.25 623.89 5.96 1 1.86E-02 -0.0101 9.74E-03 0.0933 16806 1.22 0 192 67 0 95 818 4833 2256 56 211 844 123356 455 284 386 78 418 336 4912 5 494 36 182 42 122 139 972 2206 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001091.spe 145.3 624.39 5.97 1 1.86E-02 -0.0101 9.71E-03 0.0933 16752 1.2 22 196 36 0 115 879 4250 2491 18 184 795 125615 341 231 488 160 374 308 4875 166 696 16 183 14 107 73 1042 2014 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001092.spe 145.35 624.89 5.97 1 1.86E-02 -0.0101 9.69E-03 0.0933 16918 1.27 23 205 43 11 99 912 4120 2084 80 223 855 128653 316 249 468 24 325 269 4957 151 602 50 247 92 46 68 1005 1937 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001093.spe 145.4 625.39 5.97 1 1.86E-02 -0.0101 9.69E-03 0.0933 17009 1.13 0 196 7 5 104 913 4485 2324 71 231 927 131482 295 190 397 0 287 331 4873 298 779 28 208 51 52 87 1107 1961 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001094.spe 145.45 625.89 5.97 1 1.86E-02 -0.0101 9.73E-03 0.0933 16839 1.2 25 230 29 15 113 1046 4785 2423 35 231 883 129823 289 196 387 17 268 266 5119 211 532 25 143 51 113 0 929 2033 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001095.spe 145.5 626.39 5.97 1 1.86E-02 -0.0101 9.88E-03 0.0933 16696 1.18 0 278 50 0 91 978 5149 2632 0 239 829 130979 316 183 39 0 125 261 5218 126 336 40 275 0 71 84 1013 2103 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001096.spe 145.55 626.89 5.97 1 1.86E-02 -0.0101 9.90E-03 0.0933 16738 1.25 23 214 16 0 113 1092 4722 2603 55 209 843 132569 377 312 460 154 209 360 5578 162 456 27 176 40 117 118 836 2023 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001097.spe 145.6 627.39 5.97 1 1.86E-02 -0.0101 9.93E-03 0.0933 17697 1.14 0 196 27 0 68 1079 5264 2891 61 239 914 142827 345 251 549 205 391 443 5941 218 663 50 228 35 98 79 1014 2052 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001098.spe 145.65 627.89 5.97 1 1.86E-02 -0.0101 0.01 0.0933 16947 1.2 5 240 13 18 92 1016 5181 2677 40 244 843 134172 321 228 302 99 345 349 5713 238 657 35 178 10 133 85 951 2006 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001099.spe 145.7 628.39 5.97 1 1.86E-02 -0.0101 9.77E-03 0.0933 17070 1.16 6 203 0 0 84 908 4970 2462 109 199 891 135093 276 242 252 0 312 405 5624 125 639 30 175 48 89 70 929 1985 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001100.spe 145.75 628.89 5.97 1 1.86E-02 -0.0101 9.77E-03 0.0933 16766 1.15 0 189 29 0 93 850 4460 2175 86 211 857 132657 278 258 323 48 350 392 5530 230 373 36 188 0 79 0 938 1908 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001101.spe 145.8 629.39 5.96 1 1.86E-02 -0.0101 9.78E-03 0.0933 16546 1.18 7 187 27 0 90 864 4003 2177 70 246 849 129665 338 204 442 172 341 234 5297 197 595 22 207 20 89 71 921 1916 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001102.spe 145.85 629.89 5.96 1 1.86E-02 -0.0101 9.78E-03 0.0933 16711 1.18 18 191 34 0 113 861 3944 2155 28 219 815 126935 334 314 339 17 351 424 5890 367 608 20 198 0 99 83 995 1928 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001103.spe 145.9 630.39 5.96 1 1.86E-02 -0.0101 9.77E-03 0.0933 16711 1.22 0 143 20 0 69 789 3501 1949 89 258 781 123089 348 228 445 225 343 312 5331 229 688 32 167 35 72 80 1085 1948 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001104.spe 145.95 630.89 5.97 1 1.86E-02 -0.0101 9.77E-03 0.0933 16872 1.14 13 200 23 0 92 845 3975 2144 0 210 849 126101 245 215 162 33 288 247 4562 199 542 41 174 33 125 110 1103 2085 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001105.spe 146 631.39 5.97 1 1.86E-02 -0.0101 9.75E-03 0.0933 17053 1.4 0 172 27 8 98 803 4183 2222 92 284 856 132358 418 303 329 81 312 344 4537 160 314 34 191 17 92 50 1138 1946 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001106.spe 146.05 631.89 5.97 1 1.86E-02 -0.0101 9.75E-03 0.0933 17180 1.15 29 160 14 7 114 923 4070 2324 85 178 909 134342 224 355 295 153 280 245 4938 227 895 23 140 37 105 45 1011 2063 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001107.spe 146.1 632.39 5.97 1 1.86E-02 -0.0101 9.73E-03 0.0933 17080 1.27 0 175 29 0 91 832 4090 2059 70 223 864 132586 338 414 486 82 327 301 4901 58 707 30 249 19 65 91 1050 2029 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001108.spe 146.15 632.89 5.97 1 1.86E-02 -0.0101 9.74E-03 0.0933 17165 1.14 0 171 12 20 84 929 4151 2445 72 269 946 134799 260 253 353 102 375 231 4875 119 458 41 235 31 66 75 1109 2012 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001109.spe 146.2 633.39 5.97 1 1.86E-02 -0.0101 9.72E-03 0.0933 17225 1.2 22 190 29 0 92 937 4838 2681 71 254 932 136241 394 385 422 112 341 246 5083 256 618 31 264 32 99 113 1138 1989 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001110.spe 146.25 633.89 5.97 1 1.86E-02 -0.0101 9.67E-03 0.0933 17162 1.16 20 204 34 0 71 1001 4241 2570 70 275 810 137980 320 281 212 61 232 410 4926 196 421 29 369 42 27 64 1033 1925 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001111.spe 146.3 634.39 5.97 1 1.86E-02 -0.0101 9.69E-03 0.0933 17081 1.22 6 157 38 15 107 958 4706 2594 86 255 821 138877 435 375 325 119 421 377 5078 74 363 29 276 38 143 77 990 1955 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001112.spe 146.35 634.89 5.97 1 1.86E-02 -0.0101 9.69E-03 0.0933 17961 1.14 0 229 24 0 72 1110 6070 2839 22 271 960 156633 421 273 511 0 337 458 4751 182 565 47 351 85 98 91 863 1846 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001113.spe 146.4 635.39 5.96 1 1.86E-02 -0.0101 9.71E-03 0.0933 16751 1.25 19 224 42 0 105 1106 5297 2511 91 225 791 146563 402 297 287 0 213 318 4878 187 405 15 256 0 109 79 868 1740 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001114.spe 146.45 635.89 5.97 1 1.86E-02 -0.0101 9.84E-03 0.0933 17370 1.24 27 163 41 0 105 886 5512 2472 51 239 953 159594 450 356 611 151 358 298 5044 211 383 26 307 66 119 129 860 1726 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001115.spe 146.5 636.39 5.97 1 1.86E-02 -0.0101 9.76E-03 0.0933 17454 1.12 0 151 34 6 85 1042 5904 2585 80 237 951 158120 401 305 422 306 302 345 5403 205 347 47 390 53 130 26 776 1811 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001116.spe 146.55 636.89 5.97 1 1.86E-02 -0.0101 9.76E-03 0.0933 17679 1.18 0 144 40 15 117 979 5829 2737 63 293 1012 160842 341 436 339 208 280 327 5664 129 482 35 270 31 145 123 847 1895 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001117.spe 146.6 637.39 5.97 1 1.86E-02 -0.0101 9.76E-03 0.0933 16730 1.16 13 174 26 19 113 923 6258 2544 92 275 991 144303 438 369 229 150 270 308 6131 172 648 36 455 44 93 81 869 1866 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001118.spe 146.65 637.89 5.97 1 1.86E-02 -0.0101 9.80E-03 0.0933 16788 1.17 5 164 19 0 66 994 6000 2887 81 215 960 143161 363 348 419 105 206 261 6640 196 876 52 297 8 152 36 785 1834 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001119.spe 146.7 638.39 5.97 1 1.86E-02 -0.0101 9.77E-03 0.0933 16288 1.18 0 181 36 6 140 945 6023 2527 65 267 1002 133565 403 479 364 98 166 316 6841 144 667 6 284 18 156 45 906 2038 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001120.spe 146.75 638.89 5.97 1 1.86E-02 -0.0101 9.79E-03 0.0933 16022 1.24 0 210 25 5 105 907 6245 2512 68 210 1140 128282 391 392 331 189 203 366 7033 197 443 21 296 9 86 86 916 1964 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001121.spe 146.8 639.39 5.98 1 1.86E-02 -0.0101 9.81E-03 0.0933 16195 1.23 7 202 6 0 106 927 7091 2567 79 226 1126 131164 391 235 581 5 356 256 6974 137 422 33 315 28 150 66 968 1905 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001122.spe 146.85 639.89 5.98 1 1.86E-02 -0.0101 9.80E-03 0.0933 15756 1.3 0 194 49 0 118 952 6152 2562 91 267 1083 128700 322 299 272 154 230 270 6887 159 394 32 394 26 85 100 864 1963 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001123.spe 146.9 640.39 5.98 1 1.86E-02 -0.0101 9.63E-03 0.0933 15336 1.18 0 142 0 6 128 990 6329 2501 121 219 1017 123590 412 327 425 42 335 240 7234 111 525 26 332 74 86 24 798 1759 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001124.spe 146.95 640.89 5.98 1 1.86E-02 -0.0101 9.59E-03 0.0933 15550 1.23 0 208 12 0 118 795 7045 2661 44 241 979 125250 447 177 319 87 348 300 7538 189 645 15 356 22 56 81 845 1779 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001125.spe 147 641.39 5.97 1 1.86E-02 -0.0101 9.78E-03 0.0933 15464 1.22 9 192 19 7 120 876 6853 2410 134 303 1045 125448 349 198 451 183 449 299 7480 155 701 22 300 76 104 58 849 1875 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001126.spe 147.05 641.89 5.97 1 1.86E-02 -0.0101 9.83E-03 0.0933 14861 1.14 12 220 25 7 109 855 6517 3016 64 231 922 116073 333 257 388 71 281 295 8052 153 694 27 246 37 167 112 875 2009 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001127.spe 147.1 642.39 5.97 1 1.86E-02 -0.0101 9.87E-03 0.0933 15165 1.04 14 199 20 0 136 1078 6310 2947 96 226 941 121954 330 344 143 35 155 217 7890 92 614 21 314 35 118 76 754 1970 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001128.spe 147.15 642.89 5.97 1 1.86E-02 -0.0101 9.89E-03 0.0933 14944 1.15 16 162 28 7 113 904 6326 2555 114 197 923 118355 377 173 288 128 329 318 8348 22 712 36 228 5 82 108 764 1925 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001129.spe 147.2 643.39 5.97 1 1.86E-02 -0.0101 9.91E-03 0.0933 15365 1.31 28 168 45 6 95 874 6291 2185 82 245 983 121799 401 259 271 175 306 374 8235 238 764 26 316 36 123 41 816 1915 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001130.spe 147.25 643.89 5.97 1 1.86E-02 -0.0101 9.86E-03 0.0933 15924 1.14 18 205 44 0 108 946 6278 2339 130 295 940 126927 334 352 375 130 195 321 8269 136 687 13 370 15 97 106 919 1987 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001131.spe 147.3 644.39 5.97 1 1.86E-02 -0.0101 9.88E-03 0.0933 16450 1.18 26 237 8 0 82 963 6583 2564 122 251 1071 131861 366 125 318 123 197 263 8212 200 761 38 314 0 52 190 955 1967 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001132.spe 147.35 644.89 5.96 1 1.86E-02 -0.0101 9.83E-03 0.0933 16324 1.21 0 217 23 0 70 873 5571 2443 67 216 934 126315 329 332 149 22 280 268 7523 184 765 38 226 27 68 35 1034 1920 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001133.spe 147.4 645.39 5.96 1 1.86E-02 -0.0101 9.79E-03 0.0933 16516 1.19 10 215 18 0 88 795 6057 2213 123 191 1127 126705 194 298 468 78 412 238 6541 236 682 26 149 29 94 61 1086 2142 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001134.spe 147.45 645.89 5.96 1 1.86E-02 -0.0101 9.81E-03 0.0933 15834 1.23 11 207 18 0 89 827 5396 2038 58 208 1082 115754 250 336 263 8 151 277 6366 198 632 33 301 53 21 50 1089 2192 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001135.spe 147.5 646.39 5.96 1 1.86E-02 -0.0101 9.81E-03 0.0933 15296 1.13 0 274 47 4 132 934 5337 2345 57 220 885 109102 266 342 195 0 310 121 6191 208 735 11 229 0 92 46 1188 2018 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001136.spe 147.55 646.89 5.96 1 1.86E-02 -0.0101 9.75E-03 0.0933 14991 1.14 20 188 26 13 117 764 5428 2051 43 220 880 109225 341 400 102 100 294 290 6560 123 512 14 258 46 101 85 873 1979 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001137.spe 147.6 647.39 5.96 1 1.86E-02 -0.0101 9.73E-03 0.0933 15534 1.28 31 234 31 0 120 674 5489 1968 89 174 1039 117407 294 306 546 71 273 195 6945 78 554 6 291 43 89 67 890 1898 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001138.spe 147.65 647.89 5.96 1 1.86E-02 -0.0101 9.69E-03 0.0933 16339 1.14 26 256 18 17 70 784 6087 2832 144 216 1111 128205 266 292 493 198 381 403 7088 146 623 46 382 12 50 98 889 1973 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001139.spe 147.7 648.39 5.96 1 1.86E-02 -0.0101 9.67E-03 0.0933 16016 1.26 20 215 22 10 85 958 6686 2503 109 224 1056 126389 273 271 314 83 267 314 6898 187 884 40 285 59 57 75 817 1991 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001211.spe 147.75 684.39 6.06 1 1.86E-02 -0.0101 9.84E-03 0.0933 17943 1.23 4 157 21 0 88 631 3804 1762 63 178 1211 134610 264 290 310 96 358 324 4509 112 544 34 311 57 68 169 1149 2179 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001212.spe 147.8 684.89 6.06 1 1.86E-02 -0.0101 9.57E-03 0.0933 17848 1.2 0 194 37 0 89 529 3676 2035 41 142 1180 132287 210 276 375 10 398 271 4400 122 531 57 247 41 105 135 1114 2021 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001213.spe 147.85 685.39 6.06 1 1.86E-02 -0.0101 9.61E-03 0.0933 17435 1.27 0 210 14 0 74 609 3598 1640 65 104 1175 124542 218 231 310 302 284 374 4667 139 610 50 236 46 98 98 1134 2061 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001214.spe 147.9 685.89 6.05 1 1.86E-02 -0.0101 9.61E-03 0.0933 17062 1.16 27 185 23 0 78 572 3757 1589 56 154 1151 117858 184 172 235 7 407 209 4474 275 622 33 284 0 94 122 1102 2140 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001215.spe 147.95 686.39 6.05 1 1.86E-02 -0.0101 9.63E-03 0.0933 17080 1.21 0 202 23 0 126 534 3797 1708 68 146 1190 118426 242 300 163 212 346 297 4420 82 567 29 227 0 74 107 1139 2234 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001216.spe 148 686.89 6.05 1 1.86E-02 -0.0101 9.65E-03 0.0933 17318 1.43 23 215 43 6 90 623 3403 1523 44 191 1347 121359 217 319 391 64 431 290 4980 137 597 37 316 57 27 160 1183 2220 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001217.spe 148.05 687.39 6.05 1 1.86E-02 -0.0101 9.65E-03 0.0933 16890 1.13 0 185 19 5 89 510 3542 1535 33 192 1111 117022 229 260 204 159 375 382 4319 398 627 25 205 43 55 95 1191 2126 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001218.spe 148.1 687.89 6.05 1 1.86E-02 -0.0101 9.67E-03 0.0933 17000 1.29 15 191 37 6 114 693 3651 1617 34 160 1105 120519 333 374 380 121 361 250 4318 130 663 0 259 49 89 50 1070 2120 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001219.spe 148.15 688.39 6.06 1 1.86E-02 -0.0101 9.75E-03 0.0933 17100 1.22 24 195 22 10 95 650 3679 1681 0 237 1124 124347 315 304 439 0 336 260 4255 70 515 49 303 15 79 94 1168 2118 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001220.spe 148.2 688.89 6.06 1 1.86E-02 -0.0101 9.79E-03 0.0933 17213 1.13 9 205 9 13 127 684 3698 1816 94 173 1210 127225 250 228 431 58 285 278 4635 184 430 13 148 27 117 72 1033 2099 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001221.spe 148.25 689.39 6.05 1 1.86E-02 -0.0101 9.78E-03 0.0933 17212 1.13 4 221 55 11 84 720 4109 1847 107 229 1090 127712 270 334 249 188 315 305 4741 204 533 45 281 23 58 99 1063 2107 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001222.spe 148.3 689.89 6.05 1 1.86E-02 -0.0101 9.76E-03 0.0933 17334 1.26 7 192 28 12 108 727 4141 2002 40 169 1083 129408 277 371 440 138 410 246 4718 175 548 43 326 17 59 54 1036 2161 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001223.spe 148.35 690.39 6.05 1 1.86E-02 -0.0101 9.69E-03 0.0933 17388 1.2 6 189 41 5 108 743 3962 2045 65 213 1071 130882 241 211 202 0 278 181 4729 128 738 36 232 11 100 100 1191 2088 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001224.spe 148.4 690.89 6.06 1 1.86E-02 -0.0101 9.65E-03 0.0933 17304 1.17 24 217 48 16 89 648 3994 1887 86 232 1101 128488 320 338 285 103 419 408 4616 149 603 26 263 71 50 12 1029 2178 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001225.spe 148.45 691.39 6.05 1 1.86E-02 -0.0101 9.63E-03 0.0933 17458 1.22 0 186 28 0 101 625 3810 1978 69 170 1041 130374 299 277 289 85 348 373 4749 297 748 21 195 22 138 64 1056 2095 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001226.spe 148.5 691.89 6.05 1 1.86E-02 -0.0101 9.63E-03 0.0933 17468 1.22 23 245 54 12 105 733 3827 1872 58 222 1178 132240 303 326 234 136 378 292 4586 43 645 36 312 63 130 120 1013 2081 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001227.spe 148.55 692.39 6.05 1 1.86E-02 -0.0101 9.67E-03 0.0933 17437 1.09 14 177 40 0 78 733 3962 2081 38 209 1176 132518 304 314 481 58 346 250 4517 155 665 45 339 37 88 112 1037 1940 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001228.spe 148.6 692.89 6.05 1 1.86E-02 -0.0101 9.70E-03 0.0933 17765 1.21 10 206 22 12 98 757 4061 2092 87 233 1218 137397 301 263 246 149 376 360 4790 167 547 30 290 16 114 114 1189 2029 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001229.spe 148.65 693.39 6.05 1 1.86E-02 -0.0101 9.72E-03 0.0933 17413 1.23 0 196 49 0 87 729 3952 1928 84 228 1174 132294 261 301 403 103 417 287 4652 158 612 40 288 51 52 62 1105 2137 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001230.spe 148.7 693.89 6.05 1 1.86E-02 -0.0101 9.74E-03 0.0933 17347 1.27 23 141 33 0 77 714 4108 2100 98 257 1213 133048 289 229 232 75 247 301 4733 273 491 49 239 55 131 96 1159 1981 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001231.spe 148.75 694.39 6.05 1 1.86E-02 -0.0101 9.83E-03 0.0933 17621 1.14 20 218 36 0 99 886 4440 2239 90 249 1179 138880 311 239 215 0 240 350 5148 248 672 36 207 40 80 85 1025 2124 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001232.spe 148.8 694.89 6.05 1 1.86E-02 -0.0101 9.85E-03 0.0933 17090 1.16 0 214 19 0 105 806 4086 1955 47 188 1042 128303 415 277 101 55 370 268 5382 302 454 30 199 31 82 41 1053 2043 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001233.spe 148.85 695.39 6.05 1 1.86E-02 -0.0101 9.84E-03 0.0933 17228 1.34 13 198 7 0 90 710 3920 1768 99 206 1155 125979 361 339 596 154 299 424 5012 231 712 18 134 15 83 154 1137 2464 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001234.spe 148.9 695.89 6.05 1 1.86E-02 -0.0101 9.77E-03 0.0933 17401 1.29 12 192 17 0 134 694 3707 2015 94 181 1240 129660 344 255 379 91 439 331 4746 125 442 21 182 37 64 123 1136 2075 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001235.spe 148.95 696.39 6.04 1 1.86E-02 -0.0101 9.72E-03 0.0933 17779 1.23 20 113 27 0 135 687 3500 1824 20 173 1094 137885 292 314 367 104 352 411 4660 11 414 26 202 0 127 94 1085 2005 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001236.spe 149 696.89 6.04 1 1.86E-02 -0.0101 9.72E-03 0.0933 17939 1.22 10 128 35 0 133 655 3460 1766 92 190 1075 141287 275 170 298 34 367 227 4444 234 405 20 160 49 90 120 1225 1940 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001237.spe 149.05 697.39 6.04 1 1.86E-02 -0.0101 9.82E-03 0.0933 18093 1.15 0 132 28 0 86 652 3424 1680 45 198 1040 145350 276 225 244 97 332 327 4771 95 697 24 85 23 127 109 1077 2060 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001238.spe 149.1 697.89 6.04 1 1.86E-02 -0.0101 9.80E-03 0.0933 18091 1.24 0 133 39 0 80 652 3746 1728 76 190 1068 142050 206 402 89 14 192 221 4784 97 502 49 203 12 47 109 1089 2141 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001239.spe 149.15 698.39 6.04 1 1.86E-02 -0.0101 9.80E-03 0.0933 18078 1.2 5 150 54 6 124 653 3176 2777 116 286 1148 140215 311 212 410 0 325 346 4211 169 509 25 218 15 88 149 1284 2014 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001240.spe 149.2 698.89 6.04 1 1.86E-02 -0.0101 9.72E-03 0.0933 17800 1.15 28 171 26 0 127 644 3669 1911 186 232 1132 134018 320 340 95 0 223 307 4070 163 537 25 182 21 20 81 1163 2122 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001241.spe 149.25 699.39 6.04 1 1.86E-02 -0.0101 9.72E-03 0.0933 17032 1.2 0 167 17 6 101 691 3543 2106 183 272 1058 119331 260 304 427 162 360 303 4760 209 406 37 182 17 90 92 1059 2061 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001242.spe 149.3 699.89 6.04 1 1.86E-02 -0.0101 9.69E-03 0.0933 16672 1.16 0 159 34 10 164 620 3804 1814 68 286 986 114701 279 300 319 126 406 233 4910 184 619 7 229 18 88 49 1055 2174 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001243.spe 149.35 700.39 6.04 1 1.86E-02 -0.0101 9.70E-03 0.0933 16485 1.32 0 162 30 12 110 750 3557 1714 54 168 1056 112119 314 328 198 0 220 251 4971 103 652 22 178 26 96 102 1252 2138 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001244.spe 149.4 700.89 6.04 1 1.86E-02 -0.0101 9.68E-03 0.0933 16580 1.24 0 149 19 8 91 722 3750 1952 78 180 1073 113077 274 259 264 44 290 278 5052 252 565 38 143 0 115 62 1168 2144 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001245.spe 149.45 701.39 6.04 1 1.86E-02 -0.0101 9.68E-03 0.0933 16755 1.09 0 200 37 8 104 794 3995 1897 117 195 1025 114380 194 248 12 0 356 253 5088 46 398 32 186 0 53 47 1099 2122 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001246.spe 149.5 701.89 6.04 1 1.86E-02 -0.0101 9.66E-03 0.0933 16379 1.15 32 234 43 11 107 647 3824 1779 88 178 894 108254 149 293 71 81 179 127 5114 270 547 26 115 0 108 18 1190 2530 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001247.spe 149.55 702.39 6.04 1 1.86E-02 -0.0101 9.65E-03 0.0933 16027 1.25 27 182 28 0 77 564 3092 1310 132 161 832 102284 239 348 55 155 371 272 4738 332 617 36 166 18 78 84 1026 2086 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001248.spe 149.6 702.89 6.04 1 1.86E-02 -0.0101 9.62E-03 0.0933 16188 1.27 15 172 39 0 90 595 3101 1679 156 202 841 102670 243 279 301 13 395 284 4786 283 392 58 111 24 70 75 1197 2067 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001249.spe 149.65 703.39 6.04 1 1.86E-02 -0.0101 9.82E-03 0.0933 17474 1.25 0 168 28 0 68 580 3182 1890 99 202 1079 122097 321 299 335 107 274 234 4642 196 402 59 176 18 77 100 1063 2193 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001250.spe 149.7 703.89 6.04 1 1.86E-02 -0.0101 9.84E-03 0.0933 17222 1.3 0 201 42 0 93 452 3124 1632 148 188 952 117571 277 419 343 77 378 249 4171 35 528 35 64 0 83 29 1169 2189 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001251.spe 149.75 704.39 6.04 1 1.86E-02 -0.0101 9.76E-03 0.0933 17177 1.15 0 181 43 9 123 560 3195 1533 128 158 937 116931 276 390 171 110 409 187 3980 201 481 36 127 34 98 46 1165 2188 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001252.spe 149.8 704.89 6.05 1 1.86E-02 -0.0101 9.73E-03 0.0933 17016 1.23 0 177 30 18 127 576 2995 1580 108 199 1009 114214 195 317 269 47 534 229 3783 107 539 27 117 46 84 31 1313 2090 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001253.spe 149.85 705.39 6.05 1 1.86E-02 -0.0101 9.70E-03 0.0933 16583 1.23 10 156 8 0 115 504 3225 1735 113 161 844 108004 261 231 143 26 234 212 4173 123 757 0 133 16 60 62 1273 2140 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001254.spe 149.9 705.89 6.05 1 1.86E-02 -0.0101 9.72E-03 0.0933 16319 1.4 10 165 15 0 98 521 3048 1428 58 148 849 103929 196 213 432 37 429 152 4357 331 447 41 135 0 90 126 1206 2016 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001255.spe 149.95 706.39 6.05 1 1.86E-02 -0.0101 9.72E-03 0.0933 16384 1.2 31 205 20 8 59 565 3048 2015 18 166 911 104722 329 343 239 153 506 173 4299 213 538 20 137 26 104 151 1151 2105 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001256.spe 150 706.89 6.06 1 1.86E-02 -0.0101 9.74E-03 0.0933 16728 1.43 11 181 10 0 97 559 3323 1836 0 167 932 108812 378 263 445 50 417 195 4473 217 737 23 139 0 138 126 1317 2081 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001257.spe 150.05 707.39 6.06 1 1.86E-02 -0.0101 9.78E-03 0.0933 16812 1.11 0 220 32 0 63 570 3356 1520 34 157 885 112098 269 251 271 0 367 264 4097 198 491 59 173 42 100 73 1157 2042 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001258.spe 150.1 707.89 6.06 1 1.86E-02 -0.0101 9.80E-03 0.0933 16758 1.29 0 178 5 12 108 484 2953 1600 62 162 955 111462 314 470 448 99 457 138 4084 210 477 20 61 0 119 66 1153 2145 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001259.spe 150.15 708.39 6.06 1 1.86E-02 -0.0101 9.83E-03 0.0933 16832 1.35 0 188 15 15 83 624 3250 1756 57 189 968 111497 234 424 194 227 315 318 4478 115 476 54 139 23 111 0 1116 2135 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001260.spe 150.2 708.89 6.06 1 1.86E-02 -0.0101 9.89E-03 0.0933 16752 1.26 6 179 5 0 87 593 3374 1538 27 142 1005 110651 305 368 174 44 315 221 4561 352 565 32 152 0 107 150 1303 2154 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001261.spe 150.25 709.39 6.07 1 1.86E-02 -0.0101 9.93E-03 0.0933 16603 1.22 0 237 23 0 129 577 3762 1560 18 210 1009 111174 300 309 345 45 355 172 4254 56 637 25 225 5 68 65 1195 2127 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001262.spe 150.3 709.89 6.07 1 1.86E-02 -0.0101 9.86E-03 0.0933 16781 1.14 11 211 31 0 106 654 3788 1742 37 188 958 115966 302 203 201 98 424 306 4468 159 497 30 100 4 132 38 1163 2112 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001263.spe 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-0.0101 9.76E-03 0.0933 17449 1.17 30 223 21 0 87 669 4023 1780 94 217 990 127464 247 308 400 109 332 318 4489 181 554 21 165 23 71 116 1197 2122 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001268.spe 150.6 712.89 6.07 1 1.86E-02 -0.0101 9.78E-03 0.0933 17138 1.22 11 243 24 18 119 767 3820 1986 77 186 1098 126429 270 519 27 44 292 223 4097 56 520 29 167 20 119 95 1284 2253 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001269.spe 150.65 713.39 6.07 1 1.86E-02 -0.0101 9.78E-03 0.0933 16840 1.29 8 259 44 19 143 774 4249 1951 22 215 1037 129025 283 336 342 127 362 153 4514 138 503 11 119 37 118 96 1071 2011 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001270.spe 150.7 713.89 6.07 1 1.86E-02 -0.0101 9.82E-03 0.0933 16452 1.17 0 191 9 14 161 763 4062 1982 35 151 966 126474 294 280 291 140 317 242 4895 253 552 22 81 19 144 67 1034 2056 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001271.spe 150.75 714.39 6.07 1 1.86E-02 -0.0101 9.84E-03 0.0933 16936 1.12 0 205 25 0 86 867 4602 2285 47 197 1017 137479 282 274 159 143 174 370 4640 127 528 32 144 0 104 89 1002 2089 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001272.spe 150.8 714.89 6.06 1 1.86E-02 -0.0101 9.84E-03 0.0933 16609 1.16 0 223 23 0 129 929 5338 2360 86 174 988 138127 255 240 523 68 395 307 4698 55 670 13 128 80 155 23 1022 1863 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001273.spe 150.85 715.39 6.06 1 1.86E-02 -0.0101 9.86E-03 0.0933 16394 1.13 0 240 9 12 121 1250 5979 2674 113 201 1020 141489 275 268 324 78 174 449 5419 178 467 24 252 23 77 101 771 1951 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001274.spe 150.9 715.89 6.07 1 1.86E-02 -0.0101 9.86E-03 0.0933 15736 1.23 14 249 23 6 99 1199 6537 2630 16 226 1008 132981 289 274 235 119 205 314 6238 144 613 35 262 18 73 0 792 1804 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001275.spe 150.95 716.39 6.07 1 1.86E-02 -0.0101 9.83E-03 0.0933 16194 1.19 5 251 10 0 90 1283 6866 2754 100 188 1100 134258 164 146 485 78 327 352 7822 90 474 35 155 20 126 93 768 1811 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001276.spe 151 716.89 6.07 1 1.86E-02 -0.0101 9.80E-03 0.0933 16836 1.14 30 233 14 6 69 927 5190 2325 43 251 1021 129513 341 188 470 0 341 352 7804 336 960 62 227 9 61 103 950 2064 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001277.spe 151.05 717.39 6.07 1 1.86E-02 -0.0101 9.78E-03 0.0933 16632 1.19 14 209 37 5 74 692 4041 1718 37 176 854 116057 151 263 267 61 427 253 5720 45 552 26 179 0 78 0 1017 2058 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001278.spe 151.1 717.89 6.06 1 1.86E-02 -0.0101 9.83E-03 0.0933 16749 1.18 4 186 26 0 134 650 3602 1683 0 131 943 115514 244 153 349 89 451 270 4914 172 478 34 145 0 103 79 1159 1996 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001279.spe 151.15 718.39 6.06 1 1.86E-02 -0.0101 9.85E-03 0.0933 17189 1.27 0 213 45 0 108 749 3633 1944 67 187 984 120987 288 219 373 32 342 360 4693 231 652 29 88 36 122 58 1218 2108 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001280.spe 151.2 718.89 6.06 1 1.86E-02 -0.0101 9.92E-03 0.0933 17328 1.23 0 203 26 7 90 731 4024 1942 18 250 912 123180 307 202 136 116 276 382 4552 119 539 15 150 41 71 140 1211 2233 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001281.spe 151.25 719.39 6.05 1 1.86E-02 -0.0101 9.90E-03 0.0933 16957 1.27 0 171 30 9 78 548 3813 1700 84 231 960 118904 386 313 171 171 346 225 4594 111 959 57 201 0 51 36 1092 2129 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001282.spe 151.3 719.89 6.06 1 1.86E-02 -0.0101 9.85E-03 0.0933 17112 1.22 20 231 25 0 85 632 3820 1624 60 210 890 122902 281 237 354 0 315 216 4561 20 636 18 191 0 48 10 1110 2057 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001283.spe 151.35 720.39 6.06 1 1.86E-02 -0.0101 9.83E-03 0.0933 16809 1.32 0 184 46 0 67 612 3349 1692 62 154 851 119976 281 247 168 0 369 201 4447 211 575 42 116 10 77 80 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C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001346.spe 154.5 751.89 6.07 1 1.86E-02 -0.0101 9.79E-03 0.0933 17447 1.22 0 213 40 13 111 617 2831 1634 94 173 831 117970 290 183 261 42 383 293 3449 304 573 36 160 35 67 57 1349 2254 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001347.spe 154.55 752.39 6.08 1 1.86E-02 -0.0101 9.76E-03 0.0933 17344 1.28 0 243 4 0 95 686 2870 1803 96 175 879 117261 271 153 316 56 471 236 3333 242 350 26 155 41 49 140 1339 2264 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001348.spe 154.6 752.89 6.08 1 1.86E-02 -0.0101 9.72E-03 0.0933 17064 1.17 24 186 15 7 124 709 2827 1843 100 157 941 115559 353 336 440 70 400 214 3363 290 589 34 97 9 93 137 1210 2067 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001349.spe 154.65 753.39 6.07 1 1.86E-02 -0.0101 9.70E-03 0.0933 17023 1.3 16 220 34 0 80 655 3125 1947 13 184 836 116258 346 168 276 15 395 145 3639 73 534 21 143 0 86 174 1308 2137 C:\Data\Ray Bradley\Lower Sermilik 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154.9 755.89 6.08 1 1.86E-02 -0.0101 9.81E-03 0.0933 17396 1.16 0 242 26 0 103 869 3608 2483 91 269 917 132074 346 356 406 245 430 269 4069 187 688 40 221 71 46 138 1108 2037 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001355.spe 154.95 756.39 6.08 1 1.86E-02 -0.0101 9.83E-03 0.0933 17440 1.17 10 241 6 0 97 895 3841 2201 109 208 899 132893 323 269 314 220 339 307 4197 225 531 39 180 6 86 37 1099 1985 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001356.spe 155 756.89 6.07 1 1.86E-02 -0.0101 9.87E-03 0.0933 17286 1.16 4 223 10 0 76 935 3851 2248 36 149 873 130764 264 319 301 78 335 315 4236 106 559 26 170 28 109 63 1057 2157 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001357.spe 155.05 757.39 6.07 1 1.86E-02 -0.0101 9.82E-03 0.0933 17405 1.17 11 197 15 0 105 948 3991 2372 81 183 891 131825 308 280 407 130 331 374 4440 0 360 0 208 0 50 138 1123 1983 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001358.spe 155.1 757.89 6.07 1 1.86E-02 -0.0101 9.84E-03 0.0933 17450 1.17 0 219 19 0 57 1033 3705 2121 146 194 955 131617 417 292 620 0 332 361 4612 103 706 51 295 39 24 102 1085 2111 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001359.spe 155.15 758.39 6.06 1 1.86E-02 -0.0101 9.84E-03 0.0933 17444 1.19 7 216 31 9 85 919 3672 2277 72 207 882 129608 238 229 439 0 320 378 4599 150 752 57 140 22 97 142 1284 2061 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001360.spe 155.2 758.89 6.06 1 1.86E-02 -0.0101 9.84E-03 0.0933 17333 1.21 0 234 34 0 89 857 3383 2081 36 177 844 123987 344 317 412 156 512 393 4650 121 721 11 136 32 92 107 1201 2202 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001361.spe 155.25 759.39 6.06 1 1.86E-02 -0.0101 9.86E-03 0.0933 17111 1.28 0 218 10 7 107 742 3258 1884 32 182 804 116437 320 269 420 109 353 316 4503 23 546 22 116 0 94 199 1276 2337 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001362.spe 155.3 759.89 6.07 1 1.86E-02 -0.0101 9.80E-03 0.0933 16997 1.21 19 206 40 0 93 738 3230 1871 48 206 811 113922 287 229 485 158 329 190 4110 306 701 34 92 25 89 156 1259 2188 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001363.spe 155.35 760.39 6.06 1 1.86E-02 -0.0101 9.82E-03 0.0933 17306 1.26 13 202 11 0 106 680 3197 2044 50 182 878 119000 446 309 549 195 450 230 4044 207 568 31 154 20 84 146 1200 2209 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001364.spe 155.4 760.89 6.06 1 1.86E-02 -0.0101 9.86E-03 0.0933 17039 1.26 12 220 14 0 118 759 3226 1831 54 145 769 115739 351 206 107 60 258 211 4069 150 611 19 152 0 77 174 1292 2297 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001365.spe 155.45 761.39 6.06 1 1.86E-02 -0.0101 9.87E-03 0.0933 17677 1.34 5 195 32 0 98 825 3751 2170 84 156 810 125547 272 230 438 0 453 257 3945 182 608 43 180 45 60 171 1252 2152 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001366.spe 155.5 761.89 6.06 1 1.86E-02 -0.0101 9.89E-03 0.0933 17847 1.22 0 245 55 17 107 905 3602 2090 138 208 881 130337 383 288 204 113 319 381 3932 164 584 53 217 36 82 89 1151 2123 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001367.spe 155.55 762.39 6.06 1 1.86E-02 -0.0101 9.82E-03 0.0933 16941 1.27 21 209 22 0 108 643 3350 1824 44 196 768 121049 187 261 353 0 362 241 3702 96 698 37 238 25 39 57 1198 1989 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001368.spe 155.6 762.89 6.06 1 1.86E-02 -0.0101 9.81E-03 0.0933 17253 1.38 6 204 28 0 91 797 3417 1903 0 144 775 126467 299 263 310 94 368 282 3910 91 410 33 159 0 96 80 1252 2065 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001369.spe 155.65 763.39 6.06 1 1.86E-02 -0.0101 9.77E-03 0.0933 17343 1.18 11 200 12 0 109 685 3261 1909 87 259 955 128028 325 344 244 0 263 207 3826 0 525 32 181 20 65 102 1226 2122 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001370.spe 155.7 763.89 6.06 1 1.86E-02 -0.0101 9.75E-03 0.0933 16904 1.29 6 224 20 0 114 746 3132 1795 38 223 740 123150 235 392 297 205 337 291 3788 66 702 30 166 57 65 95 1115 2157 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001371.spe 155.75 764.39 6.06 1 1.86E-02 -0.0101 9.77E-03 0.0933 16819 1.19 13 202 41 0 105 729 3279 2364 155 185 821 123215 351 303 216 0 240 320 4112 166 580 14 161 29 67 61 1105 2036 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001372.spe 155.8 764.89 6.06 1 1.86E-02 -0.0101 9.77E-03 0.0933 17069 1.26 20 169 0 0 103 745 3216 2276 11 188 860 127435 290 426 236 115 345 287 3928 8 561 27 113 35 113 0 1051 1987 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001373.spe 155.85 765.39 6.06 1 1.86E-02 -0.0101 9.91E-03 0.0933 17489 1.25 19 191 26 0 120 684 3735 2215 57 252 861 133076 356 344 413 0 475 197 4620 184 519 30 188 42 113 107 1094 1981 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001374.spe 155.9 765.89 6.06 1 1.86E-02 -0.0101 9.91E-03 0.0933 17225 1.24 11 190 18 0 104 759 3564 1984 39 205 877 129288 327 400 415 21 492 432 4357 47 688 35 203 26 126 142 1195 2050 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001375.spe 155.95 766.39 6.06 1 1.86E-02 -0.0101 9.91E-03 0.0933 17372 1.19 0 218 51 4 99 945 3633 2152 64 241 944 133966 344 349 297 195 300 272 4138 211 364 27 227 25 86 139 1102 2032 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001376.spe 156 766.89 6.06 1 1.86E-02 -0.0101 9.88E-03 0.0933 17620 1.33 5 221 9 0 83 944 3981 2412 122 209 856 139385 368 373 365 0 385 336 4095 150 646 36 157 34 88 40 1102 1972 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001377.spe 156.05 767.39 6.06 1 1.86E-02 -0.0101 9.82E-03 0.0933 17715 1.16 0 203 31 9 93 906 3858 2286 76 160 904 142646 329 323 275 35 466 282 4286 125 603 43 187 39 124 58 941 1964 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001378.spe 156.1 767.89 6.06 1 1.86E-02 -0.0101 9.79E-03 0.0933 17706 1.27 0 223 20 8 96 922 3865 2440 81 227 913 143556 408 251 464 141 313 471 4105 174 581 29 209 17 86 79 1088 1962 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001379.spe 156.15 768.39 6.06 1 1.86E-02 -0.0101 9.83E-03 0.0933 17769 1.27 11 232 44 0 63 1046 3945 2486 98 205 844 144021 353 312 347 0 328 445 4316 199 681 41 272 46 86 9 1038 2029 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001380.spe 156.2 768.89 6.07 1 1.86E-02 -0.0101 9.77E-03 0.0933 17921 1.13 0 220 26 0 98 1023 4116 2388 109 212 941 146120 286 320 441 64 327 422 4254 225 591 35 311 59 59 69 1020 2039 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001381.spe 156.25 769.39 6.06 1 1.86E-02 -0.0101 9.76E-03 0.0933 17655 1.26 0 250 22 0 117 1059 4209 2534 59 191 894 143599 293 382 513 141 339 484 4265 109 600 25 164 85 170 22 917 1951 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001382.spe 156.3 769.89 6.06 1 1.86E-02 -0.0101 9.81E-03 0.0933 17404 1.21 0 233 35 12 119 1017 4197 2675 123 200 1039 141475 360 284 408 93 355 404 4365 69 511 12 235 19 114 83 969 1984 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001383.spe 156.35 770.39 6.06 1 1.86E-02 -0.0101 9.77E-03 0.0933 17228 1.22 24 235 11 0 102 1095 4416 2758 58 218 944 139597 354 394 334 124 318 367 4387 149 340 44 221 18 111 45 931 1984 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001384.spe 156.4 770.89 6.06 1 1.86E-02 -0.0101 9.81E-03 0.0933 17330 1.1 6 226 23 8 149 1107 4808 2564 91 227 987 142098 221 276 452 62 288 421 4632 173 673 31 284 39 86 64 967 2121 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001385.spe 156.45 771.39 6.07 1 1.86E-02 -0.0101 9.82E-03 0.0933 17159 1.21 23 252 17 0 115 1063 4775 2535 45 230 941 141889 460 362 465 36 346 423 4644 23 636 20 267 34 116 151 1139 1904 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001386.spe 156.5 771.89 6.07 1 1.86E-02 -0.0101 9.79E-03 0.0933 17514 1.27 6 193 19 0 126 1196 4666 2689 139 221 1013 147055 206 371 314 195 371 322 4875 117 630 5 301 15 56 35 984 1920 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001387.spe 156.55 772.39 6.06 1 1.86E-02 -0.0101 9.76E-03 0.0933 17335 1.31 12 198 21 4 87 1104 4620 2539 88 223 945 142585 331 351 305 189 360 386 5123 178 711 33 290 39 61 73 919 1971 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001388.spe 156.6 772.89 6.06 1 1.86E-02 -0.0101 9.74E-03 0.0933 17325 1.37 0 243 0 0 100 1056 4404 2656 87 212 947 141413 361 338 540 104 213 375 4780 113 763 21 267 0 77 195 1129 2066 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001389.spe 156.65 773.39 6.06 1 1.86E-02 -0.0101 9.69E-03 0.0933 17070 1.16 29 260 22 0 84 1010 4915 2452 31 225 982 138910 340 282 437 0 354 293 4734 229 619 43 262 0 63 48 907 2018 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001390.spe 156.7 773.89 6.06 1 1.86E-02 -0.0101 9.68E-03 0.0933 17282 1.23 0 266 40 6 103 1014 5036 2501 98 225 1035 144890 230 278 442 196 382 342 4936 173 639 12 244 49 66 10 878 1943 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001391.spe 156.75 774.39 6.06 1 1.86E-02 -0.0101 9.71E-03 0.0933 17226 1.24 4 216 12 0 99 1150 4625 2590 106 204 1010 144278 239 318 384 96 369 340 5512 139 652 47 200 57 76 0 814 1881 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001392.spe 156.8 774.89 6.06 1 1.86E-02 -0.0101 9.75E-03 0.0933 17449 1.11 7 174 29 0 99 1057 5049 2413 109 235 994 142827 331 208 518 108 509 259 5861 161 627 36 274 20 102 91 999 1948 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001393.spe 156.85 775.39 6.06 1 1.86E-02 -0.0101 9.78E-03 0.0933 17782 1.17 0 209 12 10 104 1085 4594 2505 62 144 958 141688 260 199 262 105 198 457 5521 175 791 14 186 23 131 97 1056 2156 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001394.spe 156.9 775.89 6.06 1 1.86E-02 -0.0101 9.79E-03 0.0933 17992 1.23 11 230 64 0 98 952 4218 2398 61 174 965 140165 352 225 403 0 404 278 5115 109 569 30 274 28 97 108 1203 2158 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001395.spe 156.95 776.39 6.06 1 1.86E-02 -0.0101 9.81E-03 0.0933 17809 1.28 0 186 38 0 124 883 4361 2297 121 216 899 134293 391 348 492 77 416 376 4840 153 655 25 248 10 97 104 1157 2125 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001396.spe 157 776.89 6.06 1 1.86E-02 -0.0101 9.78E-03 0.0933 17863 1.33 0 248 46 7 98 897 3925 2347 0 184 956 132303 256 307 222 53 373 240 4452 125 830 43 311 0 57 91 1185 2017 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001397.spe 157.05 777.39 6.06 1 1.86E-02 -0.0101 9.82E-03 0.0933 17346 1.15 9 222 40 11 82 827 3700 1985 82 215 852 124858 300 266 202 71 362 401 4434 166 781 34 222 5 63 42 1239 2104 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001398.spe 157.1 777.89 6.06 1 1.86E-02 -0.0101 9.79E-03 0.0933 17646 1.17 0 211 50 0 125 965 3686 2094 71 218 878 127462 240 259 286 0 469 245 4409 101 701 22 247 30 71 90 1260 2059 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001399.spe 157.15 778.39 6.06 1 1.86E-02 -0.0101 9.76E-03 0.0933 17279 1.19 14 195 14 0 110 846 3814 1998 29 228 920 120228 372 257 294 9 271 307 4214 101 509 36 183 20 118 96 1261 2278 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001400.spe 157.2 778.89 6.06 1 1.86E-02 -0.0101 9.80E-03 0.0933 16542 1.16 6 226 22 0 114 736 3939 1820 81 225 818 111783 306 205 216 134 343 246 4251 271 615 26 242 55 25 79 1135 2132 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001401.spe 157.25 779.39 6.06 1 1.86E-02 -0.0101 9.81E-03 0.0933 17405 1.3 12 230 33 0 125 932 4844 2591 116 166 955 128988 298 415 140 192 206 277 4676 113 549 9 228 0 54 102 971 2186 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001402.spe 157.3 779.89 6.06 1 1.86E-02 -0.0101 9.81E-03 0.0933 16860 1.14 8 235 7 0 75 997 4972 2263 57 262 894 124435 277 186 228 84 309 335 5309 121 567 48 261 50 47 37 1064 2009 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001403.spe 157.35 780.39 6.06 1 1.86E-02 -0.0101 9.91E-03 0.0933 16905 1.13 9 167 0 0 110 852 3843 2045 106 196 849 122413 382 213 306 139 444 227 5103 165 923 23 145 34 87 116 1205 2040 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001404.spe 157.4 780.89 6.06 1 1.86E-02 -0.0101 9.94E-03 0.0933 16617 1.21 0 159 30 0 134 724 3385 1784 114 222 864 117710 260 289 409 65 378 394 4226 250 778 19 156 24 88 58 1037 2025 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001405.spe 157.45 781.39 6.06 1 1.86E-02 -0.0101 9.94E-03 0.0933 17007 1.21 0 169 8 0 123 731 3181 1920 40 152 829 115564 395 94 543 48 383 274 4364 191 582 21 189 24 81 191 1320 2211 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001406.spe 157.5 781.89 6.06 1 1.86E-02 -0.0101 9.94E-03 0.0933 17697 1.23 22 236 29 0 111 764 3385 1991 54 171 814 124202 254 288 148 0 326 344 4155 150 643 25 212 10 127 40 1217 2296 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001407.spe 157.55 782.39 6.06 1 1.86E-02 -0.0101 9.89E-03 0.0933 17164 1.18 0 173 26 19 116 603 2925 1651 65 160 814 115409 342 250 410 0 441 284 4089 214 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Sermilik Lake\LSRMA2\XRF data\L001416.spe 158 786.89 6.06 1 1.86E-02 -0.0101 9.83E-03 0.0933 16801 1.3 0 171 10 0 88 727 3503 1872 51 198 908 109678 417 276 308 112 384 385 4150 173 990 32 185 0 110 56 1188 2069 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001417.spe 158.05 787.39 6.06 1 1.86E-02 -0.0101 9.86E-03 0.0933 17248 1.17 4 179 33 28 90 840 3690 1987 44 244 861 118652 362 205 167 101 283 302 4198 312 591 44 249 6 73 134 1237 2180 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001418.spe 158.1 787.89 6.06 1 1.86E-02 -0.0101 9.88E-03 0.0933 17558 1.22 25 179 25 0 95 799 3378 1935 115 233 915 124446 323 204 300 17 394 215 4224 301 541 42 185 54 48 108 1312 2184 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001419.spe 158.15 788.39 6.06 1 1.86E-02 -0.0101 9.84E-03 0.0933 17952 1.15 0 197 33 0 98 780 3363 1965 91 205 919 130142 371 336 347 215 354 383 4304 254 539 44 255 54 114 158 1254 2184 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001420.spe 158.2 788.89 6.05 1 1.86E-02 -0.0101 9.81E-03 0.0933 18505 1.31 0 197 57 8 133 772 3474 2139 57 235 902 139119 323 364 475 162 394 69 4027 118 460 31 304 0 105 48 1281 2402 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001421.spe 158.25 789.39 6.05 1 1.86E-02 -0.0101 9.73E-03 0.0933 17832 1.23 0 226 0 0 84 736 3736 2259 119 221 922 132198 364 326 386 93 360 235 4485 273 557 40 261 14 105 164 1220 2273 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001422.spe 158.3 789.89 6.06 1 1.86E-02 -0.0101 9.68E-03 0.0933 17185 1.18 16 205 28 18 106 820 3659 2018 115 217 874 125447 285 114 226 51 209 291 4519 117 570 25 252 0 119 108 1121 2063 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001423.spe 158.35 790.39 6.06 1 1.86E-02 -0.0101 9.66E-03 0.0933 16977 1.13 19 131 30 0 187 809 3530 1894 22 208 920 124925 371 338 463 230 468 235 4085 236 384 0 316 45 82 133 1112 2099 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001424.spe 158.4 790.89 6.06 1 1.86E-02 -0.0101 9.76E-03 0.0933 17084 1.12 0 196 36 0 96 658 3475 1766 69 178 769 128193 337 292 305 107 403 319 4512 185 497 43 228 51 106 86 1060 1987 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001425.spe 158.45 791.39 6.06 1 1.86E-02 -0.0101 9.79E-03 0.0933 17131 1.17 10 204 30 0 97 805 3643 2192 34 190 881 130830 326 378 343 287 263 360 4342 86 497 23 160 0 108 40 1034 2163 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001426.spe 158.5 791.89 6.06 1 1.86E-02 -0.0101 9.79E-03 0.0933 17096 1.15 0 174 26 7 90 765 3526 1819 82 208 851 132091 255 175 373 82 473 309 4359 192 692 25 258 7 64 0 1048 2095 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001427.spe 158.55 792.39 6.06 1 1.86E-02 -0.0101 9.83E-03 0.0933 17364 1.19 0 185 24 0 134 730 3531 2035 71 217 947 138519 330 278 324 158 335 338 4562 202 483 12 198 61 88 157 1127 1897 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001428.spe 158.6 792.89 6.06 1 1.86E-02 -0.0101 9.79E-03 0.0933 17113 1.18 0 193 37 6 155 830 3944 2041 27 259 867 134389 280 250 295 83 343 246 4616 174 626 12 305 15 60 15 1018 1939 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001429.spe 158.65 793.39 6.06 1 1.86E-02 -0.0101 9.71E-03 0.0933 17192 1.16 26 196 19 0 87 931 4073 1996 132 187 935 135828 247 387 249 86 379 377 4716 234 482 30 317 5 78 12 965 2043 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001430.spe 158.7 793.89 6.06 1 1.86E-02 -0.0101 9.70E-03 0.0933 17071 1.16 10 193 40 0 118 661 3747 2016 67 206 850 134390 246 325 227 25 360 302 4717 111 305 21 278 29 77 62 1064 2008 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001431.spe 158.75 794.39 6.06 1 1.86E-02 -0.0101 9.72E-03 0.0933 17240 1.33 0 202 21 27 106 915 3676 2238 70 276 914 136459 316 287 505 93 309 436 4710 274 500 35 187 99 125 85 1050 2042 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001432.spe 158.8 794.89 6.06 1 1.86E-02 -0.0101 9.75E-03 0.0933 17365 1.33 0 192 27 0 125 1012 3883 2275 83 222 881 139325 326 315 336 287 323 371 4725 168 676 34 199 32 128 202 1013 1936 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001433.spe 158.85 795.39 6.06 1 1.86E-02 -0.0101 9.75E-03 0.0933 17450 1.13 0 177 39 11 97 982 4060 2333 81 180 855 141490 236 294 260 31 358 325 4889 169 467 40 279 23 106 0 1026 1977 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001434.spe 158.9 795.89 6.06 1 1.86E-02 -0.0101 9.79E-03 0.0933 17506 1.13 7 209 37 15 98 1033 4356 2281 61 243 963 142506 399 253 366 46 429 265 4871 103 455 31 267 54 94 151 1057 2089 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001435.spe 158.95 796.39 6.06 1 1.86E-02 -0.0101 9.80E-03 0.0933 17171 1.18 33 238 33 0 115 943 4564 2393 61 202 847 138855 354 284 361 142 329 201 4805 64 587 15 211 35 89 65 940 1935 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001436.spe 159 796.89 6.06 1 1.86E-02 -0.0101 9.83E-03 0.0933 17166 1.22 0 215 0 4 107 1080 4497 2695 60 235 988 140749 335 308 385 135 273 362 5010 153 587 20 228 19 155 119 943 1968 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001437.spe 159.05 797.39 6.06 1 1.86E-02 -0.0101 9.82E-03 0.0933 16882 1.07 13 225 10 5 119 942 4741 2350 98 234 924 137279 282 237 319 0 272 346 5159 203 697 23 230 23 148 97 1077 2043 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001438.spe 159.1 797.89 6.06 1 1.86E-02 -0.0101 9.82E-03 0.0933 17301 1.31 10 220 43 0 104 985 4611 2574 82 238 923 146338 374 302 392 212 351 223 5258 227 620 23 262 59 81 67 952 1935 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001439.spe 159.15 798.39 6.06 1 1.86E-02 -0.0101 9.82E-03 0.0933 17368 1.09 0 209 7 13 91 1139 4776 2543 21 268 925 149219 349 331 440 115 215 418 5449 146 548 48 287 68 124 41 992 1898 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001440.spe 159.2 798.89 6.05 1 1.86E-02 -0.0101 9.80E-03 0.0933 17508 1.26 10 243 21 11 90 1104 4638 2498 146 229 926 153042 290 384 321 164 344 439 5271 160 489 55 281 53 126 0 837 2005 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001441.spe 159.25 799.39 6.06 1 1.86E-02 -0.0101 9.84E-03 0.0933 17534 1.18 0 222 29 0 96 974 4787 2473 72 272 886 153101 293 303 355 144 251 356 5302 156 651 12 291 19 92 70 891 2046 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001442.spe 159.3 799.89 6.06 1 1.86E-02 -0.0101 9.81E-03 0.0933 17643 1.16 21 157 25 0 101 1047 4509 2706 40 229 943 154561 358 363 503 193 326 407 5193 262 494 18 292 23 137 108 841 1919 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001443.spe 159.35 800.39 6.06 1 1.86E-02 -0.0101 9.82E-03 0.0933 17846 1.27 13 212 41 0 109 1151 4647 2883 85 258 945 157322 387 375 400 101 355 499 5278 91 605 27 192 59 133 126 836 1947 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001444.spe 159.4 800.89 6.05 1 1.86E-02 -0.0101 9.87E-03 0.0933 17955 1.2 0 233 20 0 92 1123 4661 2529 135 269 914 157226 428 304 627 34 320 449 5138 115 493 27 406 27 78 102 923 1931 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001445.spe 159.45 801.39 6.06 1 1.86E-02 -0.0101 9.82E-03 0.0933 18113 1.15 12 199 37 11 151 1082 4545 2571 90 267 906 158964 331 360 534 0 365 240 5198 142 368 17 291 25 127 39 986 1898 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001446.spe 159.5 801.89 6.06 1 1.86E-02 -0.0101 9.80E-03 0.0933 17933 1.24 11 220 38 0 111 1145 4405 2539 0 269 876 155285 389 448 396 150 273 447 4761 91 624 21 318 25 100 103 981 2035 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001447.spe 159.55 802.39 6.06 1 1.86E-02 -0.0101 9.80E-03 0.0933 17510 1.19 19 194 28 0 128 1090 4363 2512 72 256 908 151437 378 323 354 159 420 248 4594 187 409 24 316 36 97 73 869 1801 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001448.spe 159.6 802.89 6.06 1 1.86E-02 -0.0101 9.77E-03 0.0933 17745 1.14 0 181 32 0 92 1046 4411 2916 134 248 941 157193 448 320 319 20 184 341 4302 139 305 22 334 47 48 69 1008 1896 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001449.spe 159.65 803.39 6.06 1 1.86E-02 -0.0101 9.75E-03 0.0933 17614 1.2 17 193 19 0 131 1087 4806 2676 137 265 1011 158282 368 375 429 77 258 308 4466 160 651 12 198 0 100 19 909 1848 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001450.spe 159.7 803.89 6.06 1 1.86E-02 -0.0101 9.72E-03 0.0933 18182 1.12 30 252 39 10 134 1202 5277 2946 132 275 1029 169484 445 297 419 92 280 446 4637 44 469 17 318 42 129 103 864 1797 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001451.spe 159.75 804.39 6.05 1 1.86E-02 -0.0101 9.78E-03 0.0933 18540 1.14 11 222 20 0 132 1270 6012 3168 100 280 1009 175297 492 442 619 47 500 481 4802 35 260 0 281 19 131 38 806 1808 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001452.spe 159.8 804.89 6.05 1 1.86E-02 -0.0101 9.78E-03 0.0933 18299 1.1 0 253 21 0 161 1352 5995 3183 82 225 1098 174029 384 320 563 187 319 387 4829 69 591 23 241 12 160 66 742 1851 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001453.spe 159.85 805.39 6.06 1 1.86E-02 -0.0101 9.74E-03 0.0933 17992 1.15 5 232 24 12 132 1418 6101 2948 167 295 972 168840 300 368 600 158 351 397 5565 155 438 7 353 22 117 27 742 1838 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001454.spe 159.9 805.89 6.06 1 1.86E-02 -0.0101 9.76E-03 0.0933 17434 1.23 10 203 41 5 98 1256 6549 3086 120 310 1031 160555 317 426 392 37 205 422 5843 119 393 43 334 74 156 67 748 1860 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001455.spe 159.95 806.39 6.06 1 1.86E-02 -0.0101 9.76E-03 0.0933 17641 1.13 0 212 37 0 125 1250 7046 3105 73 243 1112 162031 406 215 380 120 232 428 6272 97 620 34 334 59 153 66 838 1841 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001456.spe 160 806.89 6.05 1 1.86E-02 -0.0101 9.73E-03 0.0933 17861 1.16 0 216 24 0 158 1338 7349 3479 188 279 1147 165404 311 335 447 166 187 333 6413 183 565 0 241 43 172 66 827 1896 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001457.spe 160.05 807.39 6.05 1 1.86E-02 -0.0101 9.69E-03 0.0933 17476 1.17 35 222 32 0 137 1700 7931 3580 65 298 1156 159647 221 145 217 0 236 411 6642 13 499 32 401 37 124 40 864 1859 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001458.spe 160.1 807.89 6.05 1 1.86E-02 -0.0101 9.70E-03 0.0933 17218 1.11 0 251 28 0 137 1420 7900 3089 88 230 1134 158219 248 232 245 90 306 582 6954 218 608 6 404 66 59 75 686 1827 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001459.spe 160.15 808.39 6.05 1 1.86E-02 -0.0101 9.82E-03 0.0933 16608 1.1 0 279 50 14 101 1268 8177 3081 89 292 1058 148183 380 155 493 0 307 415 7515 73 583 33 352 77 87 68 745 1837 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001460.spe 160.2 808.89 6.04 1 1.86E-02 -0.0101 9.80E-03 0.0933 16251 1.22 5 253 35 0 119 1211 7786 3004 0 275 1060 142568 320 187 312 88 270 333 7469 223 757 19 292 31 133 84 824 1904 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001461.spe 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-0.0101 9.81E-03 0.0933 16838 1.19 16 156 22 0 92 950 5274 2644 33 184 1017 152789 291 313 327 179 318 418 6502 114 539 31 203 0 156 13 715 1787 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001466.spe 160.5 811.89 6.03 1 1.86E-02 -0.0101 9.81E-03 0.0933 16915 1.15 0 159 15 0 120 1036 4907 2567 132 240 911 154073 345 388 510 195 332 353 6487 174 672 23 266 28 88 111 794 1825 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001467.spe 160.55 812.39 6.03 1 1.86E-02 -0.0101 9.83E-03 0.0933 17415 1.2 25 155 29 0 108 1066 5277 2548 162 223 976 162708 325 198 434 66 297 343 5974 65 494 21 295 19 112 72 808 1659 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001468.spe 160.6 812.89 6.03 1 1.86E-02 -0.0101 9.83E-03 0.0933 17933 1.09 0 140 39 0 121 1134 5111 2994 15 268 1017 168689 294 280 362 144 229 454 5929 74 539 22 367 48 124 56 732 1817 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001469.spe 160.65 813.39 6.03 1 1.86E-02 -0.0101 9.85E-03 0.0933 17932 1.14 0 147 21 0 122 1123 5387 2771 99 252 927 168564 294 219 434 85 309 425 5963 27 646 19 303 51 96 89 861 1882 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001470.spe 160.7 813.89 6.04 1 1.86E-02 -0.0101 9.88E-03 0.0933 18376 1.28 0 200 47 21 111 1326 5578 3137 85 293 995 176019 355 324 278 202 280 547 5597 127 531 48 278 44 105 45 816 1886 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001471.spe 160.75 814.39 6.04 1 1.86E-02 -0.0101 9.93E-03 0.0933 18432 1.17 7 214 14 0 87 1141 5646 2956 73 245 998 175369 352 293 272 130 222 569 5772 171 859 35 316 18 114 95 782 1840 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001472.spe 160.8 814.89 6.04 1 1.86E-02 -0.0101 9.89E-03 0.0933 18181 1.12 0 187 10 0 134 882 5174 2167 118 262 1074 166970 227 317 511 157 315 261 5678 63 419 30 395 84 69 44 847 1903 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001473.spe 160.85 815.39 6.04 1 1.86E-02 -0.0101 9.86E-03 0.0933 17863 1.2 0 169 29 0 111 958 4193 2298 26 145 904 156450 316 242 322 73 260 461 5742 245 759 31 292 0 105 30 957 1884 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001474.spe 160.9 815.89 6.04 1 1.86E-02 -0.0101 9.84E-03 0.0933 17351 1.23 5 177 34 0 103 867 4361 2155 0 266 892 144927 245 234 368 36 426 477 5376 247 705 25 282 31 144 35 959 1887 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001475.spe 160.95 816.39 6.04 1 1.86E-02 -0.0101 9.87E-03 0.0933 17405 1.23 9 130 30 0 98 694 3939 1823 89 200 875 145822 256 270 341 132 280 354 5017 132 548 37 165 27 94 140 981 1994 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001476.spe 161 816.89 6.04 1 1.86E-02 -0.0101 9.87E-03 0.0933 17420 1.09 18 170 38 0 58 673 3451 2148 64 202 982 144706 267 201 427 35 287 273 5155 111 865 44 238 15 74 122 1090 2070 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001477.spe 161.05 817.39 6.04 1 1.86E-02 -0.0101 9.85E-03 0.0933 17344 1.14 4 133 41 5 101 638 3821 2169 0 243 924 135646 251 249 106 75 284 134 5437 298 1113 29 207 18 65 72 1078 2015 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001478.spe 161.1 817.89 6.04 1 1.86E-02 -0.0101 9.81E-03 0.0933 17589 1.23 0 154 40 8 154 603 3245 1852 66 210 886 133775 319 296 216 0 303 453 4785 83 927 26 217 49 52 122 1088 2103 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001479.spe 161.15 818.39 6.04 1 1.86E-02 -0.0101 9.76E-03 0.0933 18022 1.23 0 147 42 7 85 536 3091 1590 0 168 850 140558 231 393 0 86 259 209 3816 5 550 36 176 24 148 158 1241 2222 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001480.spe 161.2 818.89 6.04 1 1.86E-02 -0.0101 9.78E-03 0.0933 17730 1.23 0 185 33 0 122 531 2947 1445 144 197 799 130769 287 245 260 0 427 266 3998 183 663 34 170 42 87 136 1288 2167 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001481.spe 161.25 819.39 6.04 1 1.86E-02 -0.0101 9.78E-03 0.0933 17577 1.23 20 152 34 14 118 541 2825 1513 32 182 814 123051 231 324 203 72 306 235 3804 245 838 36 223 29 41 59 1244 2234 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001482.spe 161.3 819.89 6.04 1 1.86E-02 -0.0101 9.76E-03 0.0933 17714 1.2 0 113 36 0 113 657 2947 1559 68 177 910 122129 209 398 240 32 514 228 3615 137 668 27 320 16 68 102 1158 2270 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001483.spe 161.35 820.39 6.04 1 1.86E-02 -0.0101 9.79E-03 0.0933 17431 1.25 10 140 0 0 92 590 2834 1582 41 179 825 117327 286 298 496 122 423 165 3441 170 897 36 255 27 81 150 1233 2172 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001484.spe 161.4 820.89 6.04 1 1.86E-02 -0.0101 9.87E-03 0.0933 17241 1.23 0 126 33 6 80 637 2664 1675 27 266 874 114498 330 309 170 216 324 139 3419 89 339 25 247 24 70 126 1332 2174 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001485.spe 161.45 821.39 6.04 1 1.86E-02 -0.0101 9.91E-03 0.0933 17285 1.14 0 150 36 0 86 646 2816 1585 38 189 862 114753 300 344 307 40 412 457 3597 157 381 36 359 0 42 122 1266 2367 C:\Data\Ray 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6.05 1 1.86E-02 -0.0101 9.77E-03 0.0933 16838 1.08 0 186 28 0 144 743 3698 2018 112 259 876 119846 286 170 351 94 320 337 3989 126 612 22 293 48 32 129 1217 2139 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001495.spe 161.95 826.39 6.05 1 1.86E-02 -0.0101 9.75E-03 0.0933 17113 1.09 8 187 17 16 119 789 3597 1974 92 283 866 125637 220 350 471 131 437 183 3982 106 644 28 262 48 39 89 1106 2089 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001496.spe 162 826.89 6.05 1 1.86E-02 -0.0101 9.73E-03 0.0933 16901 1.18 0 183 57 10 106 672 3541 2116 12 212 811 120987 283 415 312 115 341 317 4078 210 900 45 236 73 117 22 1087 2034 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001497.spe 162.05 827.39 6.05 1 1.86E-02 -0.0101 9.73E-03 0.0933 17090 1.18 16 189 19 11 129 758 3430 2052 30 217 884 123741 293 184 364 0 360 224 4051 257 710 8 253 12 92 117 1225 2064 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001498.spe 162.1 827.89 6.05 1 1.86E-02 -0.0101 9.71E-03 0.0933 17304 1.25 40 231 44 0 107 790 3142 2310 64 149 853 127610 271 234 212 83 362 265 3858 162 684 38 155 32 127 89 1146 2054 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001499.spe 162.15 828.39 6.05 1 1.86E-02 -0.0101 9.69E-03 0.0933 17148 1.44 0 186 12 0 115 853 3421 2060 140 210 880 125859 233 276 151 163 214 326 3938 120 481 14 158 30 80 32 1150 2137 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001500.spe 162.2 828.89 6.05 1 1.86E-02 -0.0101 9.68E-03 0.0933 17278 1.2 0 181 31 0 98 781 3455 2060 85 233 873 130047 290 267 413 126 337 189 4089 0 561 11 230 7 65 66 1112 2046 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001501.spe 162.25 829.39 6.05 1 1.86E-02 -0.0101 9.74E-03 0.0933 17215 1.22 0 188 47 0 135 775 3142 1992 77 276 931 130977 282 269 388 67 344 287 3879 290 667 22 281 36 33 87 1191 2100 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001502.spe 162.3 829.89 6.05 1 1.86E-02 -0.0101 9.77E-03 0.0933 17164 1.27 0 198 25 0 109 773 3386 1927 68 199 948 130725 385 348 323 103 378 368 4065 21 419 32 175 0 134 122 1012 2174 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001503.spe 162.35 830.39 6.05 1 1.86E-02 -0.0101 9.77E-03 0.0933 17085 1.14 0 195 9 6 79 744 3682 2013 102 204 833 131333 272 232 409 99 333 353 4069 209 619 33 183 56 97 90 1055 2097 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001504.spe 162.4 830.89 6.05 1 1.86E-02 -0.0101 9.80E-03 0.0933 17092 1.36 8 145 31 19 109 843 3385 2201 15 226 896 133876 212 253 456 27 276 244 4041 50 620 34 196 0 121 0 1093 2042 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001505.spe 162.45 831.39 6.05 1 1.86E-02 -0.0101 9.84E-03 0.0933 17205 1.22 33 211 52 4 96 823 3742 2054 21 199 938 135360 352 275 220 61 186 296 4141 206 682 56 265 0 105 104 1050 2060 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001506.spe 162.5 831.89 6.05 1 1.86E-02 -0.0101 9.87E-03 0.0933 17302 1.17 0 168 14 0 81 885 3777 2063 74 185 831 137636 244 308 275 128 144 328 4377 178 465 39 199 0 75 24 989 2240 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001507.spe 162.55 832.39 6.05 1 1.86E-02 -0.0101 9.87E-03 0.0933 17570 1.23 0 227 5 0 79 899 3985 2769 0 266 888 143896 347 389 337 68 268 184 4172 215 554 33 196 0 95 69 1151 2064 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001508.spe 162.6 832.89 6.05 1 1.86E-02 -0.0101 9.78E-03 0.0933 17477 1.23 0 225 28 15 135 958 4084 2500 73 205 884 144783 368 257 228 35 171 398 4021 68 405 30 216 50 80 117 1103 1932 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001509.spe 162.65 833.39 6.06 1 1.86E-02 -0.0101 9.74E-03 0.0933 17386 1.17 7 217 51 8 98 918 3925 2233 132 270 890 143338 235 198 403 58 258 411 4242 228 773 30 301 61 92 105 1017 1864 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001510.spe 162.7 833.89 6.06 1 1.86E-02 -0.0101 9.72E-03 0.0933 17511 1.29 0 246 25 0 93 1193 4013 2386 104 230 1011 144827 269 207 411 353 248 274 4179 70 735 45 247 23 105 86 960 2020 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001511.spe 162.75 834.39 6.06 1 1.86E-02 -0.0101 9.72E-03 0.0933 17315 1.17 0 234 23 0 131 1063 3831 2690 103 272 1005 141757 378 310 344 62 299 265 4278 93 589 13 249 36 98 105 945 2087 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001512.spe 162.8 834.89 6.05 1 1.86E-02 -0.0101 9.71E-03 0.0933 17067 1.19 9 201 42 14 100 1035 3917 2678 59 203 975 141110 441 402 224 142 282 265 4236 168 507 44 199 14 136 0 892 2023 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001513.spe 162.85 835.39 6.05 1 1.86E-02 -0.0101 9.71E-03 0.0933 16956 1.18 14 227 24 0 94 1055 3889 2510 60 240 956 141534 340 397 412 170 285 332 4248 210 406 38 237 17 125 11 844 2030 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001514.spe 162.9 835.89 6.06 1 1.86E-02 -0.0101 9.71E-03 0.0933 17482 1.16 0 247 15 0 100 1121 4056 2737 67 197 1017 151545 340 342 621 0 341 372 4526 114 538 20 332 0 117 68 972 1967 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001515.spe 162.95 836.39 6.06 1 1.86E-02 -0.0101 9.78E-03 0.0933 17996 1.12 21 249 28 0 61 1219 4548 2791 168 150 1048 163429 288 211 404 0 246 256 4466 0 441 59 369 42 95 96 877 1838 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001516.spe 163 836.89 6.05 1 1.86E-02 -0.0101 9.75E-03 0.0933 17678 1.16 0 256 35 0 92 1270 4783 3205 131 225 978 157559 270 285 377 68 295 327 4525 181 969 37 318 19 83 60 877 1754 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001517.spe 163.05 837.39 6.06 1 1.86E-02 -0.0101 9.72E-03 0.0933 17137 1.19 0 210 22 0 125 1182 4404 2862 104 238 988 148550 191 192 348 27 225 288 4843 111 622 31 229 23 111 74 801 1878 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001518.spe 163.1 837.89 6.06 1 1.86E-02 -0.0101 9.76E-03 0.0933 17152 1.2 26 240 33 0 81 1119 4666 2780 99 233 1073 146880 249 282 494 66 294 385 4897 163 542 53 315 21 75 78 863 2089 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001519.spe 163.15 838.39 6.06 1 1.86E-02 -0.0101 9.76E-03 0.0933 16901 1.17 11 247 40 8 128 1165 5017 2691 46 288 1026 140200 303 255 325 8 282 318 5325 191 552 21 253 0 109 68 925 1965 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001520.spe 163.2 838.89 6.06 1 1.86E-02 -0.0101 9.83E-03 0.0933 16556 1.17 0 235 0 7 104 1087 4987 2364 92 233 986 131971 344 344 504 199 300 375 5278 209 619 28 159 68 98 98 916 1946 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001521.spe 163.25 839.39 6.05 1 1.86E-02 -0.0101 9.83E-03 0.0933 16883 1.2 0 195 25 0 100 952 4734 2203 27 159 932 140658 261 198 294 158 291 367 4916 273 839 27 176 31 121 54 956 1981 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001522.spe 163.3 839.89 6.05 1 1.86E-02 -0.0101 9.87E-03 0.0933 17058 1.16 33 236 26 0 81 1053 4895 2218 92 234 870 147089 304 240 437 0 312 299 4873 202 772 25 198 21 95 127 953 1927 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF 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6.05 1 1.86E-02 -0.0101 9.80E-03 0.0933 17139 1.11 0 191 27 9 103 676 4410 2032 65 189 971 136035 231 249 399 140 455 351 6067 215 615 33 164 14 115 72 986 1963 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001528.spe 163.6 842.89 6.06 1 1.86E-02 -0.0101 9.78E-03 0.0933 17330 1.28 26 207 29 0 131 877 4541 2177 97 250 839 134363 278 210 369 95 271 357 5752 84 485 38 157 45 107 99 934 2039 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001529.spe 163.65 843.39 6.06 1 1.86E-02 -0.0101 9.80E-03 0.0933 16999 1.18 0 180 44 0 118 714 4134 1742 51 178 742 126798 294 201 318 11 317 398 5481 98 849 23 143 60 94 75 1174 2062 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001530.spe 163.7 843.89 6.06 1 1.86E-02 -0.0101 9.77E-03 0.0933 17056 1.2 0 157 20 0 150 650 3690 1846 0 155 822 123622 268 191 322 127 441 387 5146 201 621 9 97 0 136 127 1289 2139 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001531.spe 163.75 844.39 6.06 1 1.86E-02 -0.0101 9.91E-03 0.0933 17166 1.16 9 171 65 8 121 735 3600 1845 42 206 860 126888 247 172 434 190 331 236 4714 70 560 20 151 40 105 106 1141 2129 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001532.spe 163.8 844.89 6.06 1 1.86E-02 -0.0101 9.86E-03 0.0933 17067 1.16 0 180 26 0 83 650 3821 1932 110 160 788 126595 298 242 224 0 335 331 4542 153 599 31 131 24 99 74 1055 2095 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001533.spe 163.85 845.39 6.07 1 1.86E-02 -0.0101 9.90E-03 0.0933 17511 1.1 0 199 29 0 134 853 4028 2083 37 198 780 133732 244 250 96 169 310 248 4850 194 689 17 166 0 99 134 1120 2109 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001534.spe 163.9 845.89 6.06 1 1.86E-02 -0.0101 9.93E-03 0.0933 17626 1.26 0 183 42 0 91 745 3570 2016 39 185 792 134636 248 310 327 0 476 254 5087 71 459 42 110 58 149 55 1202 2079 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001535.spe 163.95 846.39 6.06 1 1.86E-02 -0.0101 9.86E-03 0.0933 17608 1.27 23 165 48 0 101 725 3938 1983 150 217 813 131222 253 273 299 95 440 189 5101 195 810 26 125 0 78 99 1139 2008 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001536.spe 164 846.89 6.06 1 1.86E-02 -0.0101 9.87E-03 0.0933 17797 1.31 0 136 63 0 117 719 3689 1939 0 172 771 132701 351 246 349 169 332 349 5004 118 640 12 155 45 121 101 1170 2111 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001537.spe 164.05 847.39 6.06 1 1.86E-02 -0.0101 9.91E-03 0.0933 17771 1.24 0 182 69 6 113 630 3239 1807 85 150 854 129038 247 252 260 156 451 372 4715 221 563 28 160 40 91 124 1216 2138 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001538.spe 164.1 847.89 6.06 1 1.86E-02 -0.0101 9.91E-03 0.0933 17871 1.18 6 151 53 0 137 554 3111 1571 30 136 750 133673 209 176 238 30 238 266 3978 181 479 20 176 0 96 145 1277 2164 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001539.spe 164.15 848.39 6.07 1 1.86E-02 -0.0101 9.92E-03 0.0933 17858 1.21 0 123 31 10 88 575 3054 2383 16 211 717 135139 203 238 186 0 304 312 4124 134 428 51 154 54 60 156 1174 2177 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001540.spe 164.2 848.89 6.06 1 1.86E-02 -0.0101 9.92E-03 0.0933 17896 1.21 8 121 51 59 97 579 3247 1859 76 197 761 137851 197 191 143 243 451 372 4468 211 615 36 120 44 90 117 1110 1973 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001541.spe 164.25 849.39 6.06 1 1.86E-02 -0.0101 9.92E-03 0.0933 17637 1.32 0 127 32 37 71 576 3154 1716 103 165 797 132468 191 145 278 13 325 419 4683 255 799 44 118 37 84 59 1116 2024 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001542.spe 164.3 849.89 6.06 1 1.86E-02 -0.0101 9.92E-03 0.0933 17845 1.23 0 131 44 11 137 628 3316 1575 34 223 732 135329 225 226 294 66 443 289 4563 157 615 0 147 0 101 164 1245 2174 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001543.spe 164.35 850.39 6.06 1 1.86E-02 -0.0101 9.78E-03 0.0933 17609 1.16 0 132 56 0 51 608 3438 1732 62 168 798 131500 244 247 243 50 273 344 4597 159 564 41 139 0 80 75 1150 2020 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001544.spe 164.4 850.89 6.07 1 1.86E-02 -0.0101 9.78E-03 0.0933 17574 1.1 0 134 46 0 125 648 3503 1533 53 173 750 130899 182 235 154 22 285 287 4467 100 572 49 197 43 54 96 1153 2153 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001545.spe 164.45 851.39 6.07 1 1.86E-02 -0.0101 9.76E-03 0.0933 17704 1.27 0 141 58 22 103 703 3545 1751 69 141 769 132827 194 256 343 0 430 322 4678 231 470 36 176 0 84 20 1036 2092 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001546.spe 164.5 851.89 6.07 1 1.86E-02 -0.0101 9.74E-03 0.0933 17788 1.38 7 162 30 6 79 616 3350 1696 70 164 749 132557 123 155 65 0 359 288 4600 153 531 26 118 48 94 15 1268 1981 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001547.spe 164.55 852.39 6.07 1 1.86E-02 -0.0101 9.79E-03 0.0933 17840 1.23 8 143 56 0 98 689 3262 1649 5 217 742 130878 249 292 178 93 319 378 4597 13 553 27 167 35 67 29 1190 2201 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001548.spe 164.6 852.89 6.07 1 1.86E-02 -0.0101 9.83E-03 0.0933 17667 1.25 13 169 70 0 92 540 3011 1452 91 177 747 127346 179 264 294 95 332 235 4356 230 673 34 178 27 78 105 1267 2196 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001549.spe 164.65 853.39 6.07 1 1.86E-02 -0.0101 9.79E-03 0.0933 17574 1.34 0 157 62 15 119 541 2940 1617 24 105 774 124580 210 244 236 0 320 169 4267 205 667 48 72 14 109 117 1224 2133 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001550.spe 164.7 853.89 6.07 1 1.86E-02 -0.0101 9.79E-03 0.0933 17760 1.29 7 183 53 8 92 524 3144 1547 97 188 773 126553 227 114 17 0 346 372 4049 0 571 40 99 0 101 73 1345 2181 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001551.spe 164.75 854.39 6.07 1 1.86E-02 -0.0101 9.79E-03 0.0933 18033 1.24 7 169 53 0 99 522 2951 1591 58 186 687 130954 206 300 191 57 452 364 4219 108 423 34 89 21 95 125 1213 2233 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001552.spe 164.8 854.89 6.07 1 1.86E-02 -0.0101 9.81E-03 0.0933 18297 1.31 0 189 57 6 106 695 2993 1677 0 205 745 133567 152 194 142 64 318 211 4199 171 664 42 186 14 103 66 1270 2112 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001553.spe 164.85 855.39 6.07 1 1.86E-02 -0.0101 9.85E-03 0.0933 17876 1.27 0 174 51 0 99 635 2819 1507 116 164 730 129156 259 243 403 205 392 381 4033 204 552 35 164 53 74 24 1178 2128 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001554.spe 164.9 855.89 6.07 1 1.86E-02 -0.0101 9.87E-03 0.0933 18040 1.35 0 170 33 7 74 677 2875 1786 67 208 765 130909 270 213 323 137 542 456 4155 71 588 24 83 0 78 164 1329 2272 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001555.spe 164.95 856.39 6.07 1 1.86E-02 -0.0101 9.81E-03 0.0933 17727 1.27 0 187 77 0 86 673 3059 1693 68 151 777 132312 250 246 198 0 362 247 3964 275 401 49 171 34 102 94 1317 2146 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001556.spe 165 856.89 6.08 1 1.86E-02 -0.0101 9.79E-03 0.0933 17465 1.27 4 187 45 0 82 726 3436 1825 28 131 776 133207 257 224 393 136 394 282 4254 45 356 38 149 0 71 49 1108 2106 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001557.spe 165.05 857.39 6.08 1 1.86E-02 -0.0101 9.73E-03 0.0933 17273 1.14 17 234 39 0 140 764 3651 1877 73 149 755 128508 187 215 197 74 362 210 4526 197 603 37 148 48 97 119 1118 2066 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001558.spe 165.1 857.89 6.08 1 1.86E-02 -0.0101 9.71E-03 0.0933 17011 1.2 0 185 65 0 134 773 3868 1844 72 197 810 128265 286 267 316 105 338 340 4609 242 1044 12 203 32 35 93 1124 2017 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001559.spe 165.15 858.39 6.07 1 1.86E-02 -0.0101 9.66E-03 0.0933 17209 1.1 13 215 24 16 117 864 4078 2033 124 210 845 136193 262 299 376 107 368 347 4482 118 412 33 201 39 106 101 1003 1958 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001560.spe 165.2 858.89 6.07 1 1.86E-02 -0.0101 9.69E-03 0.0933 17537 1.13 19 141 35 8 70 873 4271 2233 63 204 772 139711 214 241 262 171 301 275 5132 152 513 24 130 0 132 78 945 1998 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001561.spe 165.25 859.39 6.08 1 1.86E-02 -0.0101 9.76E-03 0.0933 17620 1.13 0 158 42 0 102 874 4041 2013 136 203 692 136979 231 181 286 0 341 306 5211 55 622 53 250 52 49 39 1118 2050 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001562.spe 165.3 859.89 6.08 1 1.86E-02 -0.0101 9.79E-03 0.0933 17800 1.34 0 196 52 0 107 842 3991 2104 98 241 870 139196 216 388 306 208 299 415 5184 179 612 12 199 68 124 73 970 2090 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001563.spe 165.35 860.39 6.08 1 1.86E-02 -0.0101 9.78E-03 0.0933 17688 1.19 0 202 48 5 83 865 4158 2350 91 226 864 145537 209 237 469 225 372 388 4746 192 341 29 175 0 97 35 1001 2015 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001564.spe 165.4 860.89 6.08 1 1.86E-02 -0.0101 9.81E-03 0.0933 15110 1.26 0 161 33 0 112 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269 291 3866 18 529 28 178 0 81 126 1121 2215 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001697.spe 172.05 927.39 6.08 1 1.86E-02 -0.0101 9.90E-03 0.0933 16041 1.22 0 165 44 0 65 636 3281 1536 75 197 780 105422 371 304 330 129 237 243 3961 157 600 44 218 12 73 112 1124 2227 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001698.spe 172.1 927.89 6.09 1 1.86E-02 -0.0101 9.90E-03 0.0933 16100 1.15 0 178 32 10 89 738 3704 1958 95 185 767 108427 161 251 239 109 299 299 4021 141 523 38 173 40 88 121 1189 2180 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001699.spe 172.15 928.39 6.09 1 1.86E-02 -0.0101 9.86E-03 0.0933 16050 1.35 32 207 49 0 98 656 3882 1807 117 178 794 109741 277 254 356 0 416 261 4203 164 370 25 183 10 91 93 1220 2037 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001700.spe 172.2 928.89 6.1 1 1.86E-02 -0.0101 9.88E-03 0.0933 16291 1.26 0 169 20 0 75 847 3890 2014 97 229 812 116198 355 220 301 4 423 128 4515 250 509 35 181 31 77 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Sermilik Lake\LSRMA2\XRF data\L001705.spe 172.45 931.39 6.1 1 1.86E-02 -0.0101 9.70E-03 0.0933 17065 1.15 14 228 41 5 125 1429 6120 2998 106 283 992 142902 400 269 429 71 309 296 5062 222 674 22 394 61 80 51 946 1851 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001706.spe 172.5 931.89 6.1 1 1.86E-02 -0.0101 9.72E-03 0.0933 16701 1.15 26 252 28 0 114 1436 5907 3237 98 282 983 141721 292 273 685 28 431 380 5382 48 496 37 346 39 80 29 776 1819 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001707.spe 172.55 932.39 6.1 1 1.86E-02 -0.0101 9.73E-03 0.0933 16194 1.14 5 228 29 0 92 1086 6749 2812 64 312 909 136062 428 359 384 131 232 199 5499 109 756 13 242 44 115 53 785 1793 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001708.spe 172.6 932.89 6.1 1 1.86E-02 -0.0101 9.65E-03 0.0933 15685 1.13 0 197 26 0 103 1024 6695 2412 171 268 916 131516 374 258 384 109 410 364 5945 65 357 21 267 13 108 73 821 1814 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF 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1 1.86E-02 -0.0101 9.75E-03 0.0933 15331 1.23 19 197 10 0 84 868 6668 2381 65 254 925 122652 418 264 352 169 221 202 7434 177 652 22 231 43 113 170 824 2004 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001714.spe 172.9 935.89 6.1 1 1.86E-02 -0.0101 9.73E-03 0.0933 15625 1.1 0 193 45 20 82 844 6067 2463 19 229 977 125620 342 179 255 111 243 245 7011 235 499 29 240 44 64 73 926 1848 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001715.spe 172.95 936.39 6.1 1 1.86E-02 -0.0101 9.73E-03 0.0933 15548 1.05 7 195 33 7 96 1021 6320 2705 45 260 878 123420 388 237 315 88 285 368 7113 171 545 23 248 29 83 92 814 1931 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001716.spe 173 936.89 6.1 1 1.86E-02 -0.0101 9.76E-03 0.0933 15400 1.13 23 215 34 0 130 942 6253 2519 23 152 1033 122108 254 220 315 72 299 253 7023 171 636 11 167 13 153 0 846 1905 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001717.spe 173.05 937.39 6.1 1 1.86E-02 -0.0101 9.76E-03 0.0933 15401 1.12 7 188 17 0 69 979 5498 2290 0 197 942 121360 350 243 416 79 417 385 6987 60 554 31 290 0 107 60 865 1813 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001718.spe 173.1 937.89 6.1 1 1.86E-02 -0.0101 9.71E-03 0.0933 15679 1.17 9 171 51 0 87 883 5508 2259 124 209 923 125398 321 213 252 155 238 254 6812 165 720 13 285 33 83 45 840 1888 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001719.spe 173.15 938.39 6.1 1 1.86E-02 -0.0101 9.68E-03 0.0933 15624 1.08 0 160 34 0 130 825 5853 2228 0 256 938 122851 325 112 283 229 343 252 6822 115 479 15 247 40 86 45 862 1784 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001720.spe 173.2 938.89 6.1 1 1.86E-02 -0.0101 9.71E-03 0.0933 15832 1.14 0 191 41 0 116 805 5520 2341 111 272 894 127239 254 65 149 0 114 290 6586 83 623 11 274 12 49 37 909 1943 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001721.spe 173.25 939.39 6.1 1 1.86E-02 -0.0101 9.73E-03 0.0933 15983 1.17 14 166 29 0 89 800 5143 2175 65 288 831 128605 413 210 299 122 320 151 6685 168 621 32 211 55 135 9 876 1851 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001722.spe 173.3 939.89 6.11 1 1.86E-02 -0.0101 9.76E-03 0.0933 16487 1.26 0 194 51 0 63 830 5118 2444 49 172 935 134597 333 160 381 75 335 275 6828 274 611 22 236 4 112 103 939 1943 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001723.spe 173.35 940.39 6.11 1 1.86E-02 -0.0101 9.84E-03 0.0933 16550 1.2 9 199 67 15 115 857 5189 2508 135 259 929 135276 317 298 383 8 224 341 6549 120 662 17 295 6 113 34 891 1867 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001724.spe 173.4 940.89 6.11 1 1.86E-02 -0.0101 9.82E-03 0.0933 16293 1.16 0 208 44 9 118 941 5439 2352 28 221 1025 131181 324 175 313 93 286 354 6634 150 615 27 274 0 116 43 935 1850 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001725.spe 173.45 941.39 6.11 1 1.86E-02 -0.0101 9.77E-03 0.0933 16499 1.25 32 210 71 0 90 975 5691 2265 140 216 990 135193 334 286 389 120 343 244 6570 235 649 47 328 60 74 131 897 1836 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001726.spe 173.5 941.89 6.11 1 1.86E-02 -0.0101 9.77E-03 0.0933 16418 1.13 0 197 24 0 76 841 6069 2511 59 273 933 137806 235 287 399 153 343 183 6521 100 419 9 251 22 75 24 886 1875 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001727.spe 173.55 942.39 6.11 1 1.86E-02 -0.0101 9.79E-03 0.0933 15901 1.19 23 172 29 0 62 1000 5771 2480 86 254 981 130833 250 261 416 90 364 331 6475 125 648 32 341 21 76 50 912 1770 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001728.spe 173.6 942.89 6.11 1 1.86E-02 -0.0101 9.81E-03 0.0933 15903 1.25 0 169 46 0 124 996 5651 2503 195 236 1018 132028 287 236 447 109 241 275 6635 157 884 11 304 87 78 48 835 1918 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001729.spe 173.65 943.39 6.11 1 1.86E-02 -0.0101 9.85E-03 0.0933 16664 1.13 0 190 28 0 125 878 5706 2559 107 210 1044 141895 315 310 314 289 187 318 6622 213 872 9 305 17 113 49 868 1901 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001730.spe 173.7 943.89 6.11 1 1.86E-02 -0.0101 9.87E-03 0.0933 16774 1.2 8 214 39 0 105 1091 5197 2594 24 307 1029 140108 346 308 452 95 210 187 6390 286 676 29 377 44 72 199 872 1974 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001731.spe 173.75 944.39 6.11 1 1.86E-02 -0.0101 9.85E-03 0.0933 17040 1.29 23 196 52 11 113 827 5057 2300 62 232 949 136625 328 276 545 34 404 410 5979 94 584 30 270 42 104 87 966 2063 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001732.spe 173.8 944.89 6.1 1 1.86E-02 -0.0101 9.88E-03 0.0933 16838 1.16 9 167 35 0 80 815 4776 2258 41 227 909 127265 301 213 323 89 324 249 5862 131 640 21 291 22 78 88 1031 2022 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001733.spe 173.85 945.39 6.1 1 1.86E-02 -0.0101 9.90E-03 0.0933 16843 1.28 0 198 56 0 107 788 4737 1853 18 207 897 121939 324 175 305 111 389 244 5458 203 604 26 171 9 109 156 1153 2031 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001734.spe 173.9 945.89 6.1 1 1.86E-02 -0.0101 9.82E-03 0.0933 16694 1.19 0 203 12 5 95 643 3767 1793 46 181 826 115139 182 211 366 0 408 336 4828 136 522 21 140 41 104 36 1132 2013 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001735.spe 173.95 946.39 6.1 1 1.86E-02 -0.0101 9.80E-03 0.0933 16923 1.24 0 175 24 0 98 550 3410 1509 23 197 815 119448 215 298 275 136 352 258 4492 184 604 13 159 0 67 121 1160 2113 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001736.spe 174 946.89 6.1 1 1.86E-02 -0.0101 9.72E-03 0.0933 17394 1.23 0 174 38 8 78 611 3370 1779 31 173 851 128009 261 293 228 126 324 262 4180 139 462 50 138 12 90 121 1193 2042 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001737.spe 174.05 947.39 6.1 1 1.86E-02 -0.0101 9.70E-03 0.0933 17932 1.34 0 185 35 5 95 698 3660 1726 31 174 914 139218 230 190 210 34 350 294 3886 40 459 18 153 9 98 123 1207 2003 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001738.spe 174.1 947.89 6.1 1 1.86E-02 -0.0101 9.77E-03 0.0933 18097 1.23 5 135 28 9 105 653 3486 1668 57 216 850 145047 253 211 435 32 419 253 3796 107 381 19 180 19 81 75 1192 2034 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001739.spe 174.15 948.39 6.1 1 1.86E-02 -0.0101 9.77E-03 0.0933 18374 1.17 0 162 41 0 95 602 3208 1602 59 231 850 152129 108 232 259 18 319 400 3855 101 443 22 198 0 54 0 1105 2015 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001761.spe 174.2 959.39 6.13 1 1.86E-02 -0.0101 9.70E-03 0.0933 17111 1.26 5 209 35 0 102 665 3438 1780 0 169 712 127557 163 274 286 118 410 319 3963 143 533 14 138 0 96 59 1084 2029 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001762.spe 174.25 959.89 6.13 1 1.86E-02 -0.0101 9.74E-03 0.0933 17675 1.18 0 200 53 0 85 809 3768 1833 100 213 777 139113 225 124 395 0 276 292 4296 151 571 17 177 4 99 129 1226 1908 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001763.spe 174.3 960.39 6.13 1 1.86E-02 -0.0101 9.82E-03 0.0933 17553 1.23 0 181 24 0 90 723 3614 2195 42 181 771 138712 237 287 325 24 389 249 4394 207 516 24 184 0 87 0 991 1969 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001764.spe 174.35 960.89 6.13 1 1.86E-02 -0.0101 9.75E-03 0.0933 17327 1.21 0 161 39 0 72 855 3970 2017 142 188 787 139023 284 360 517 165 485 346 4603 71 453 39 258 58 60 120 974 1892 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001765.spe 174.4 961.39 6.13 1 1.86E-02 -0.0101 9.75E-03 0.0933 18027 1.13 4 161 45 0 94 897 4236 2131 70 229 806 152901 258 366 270 26 285 308 4536 154 676 52 283 42 75 101 865 1818 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001766.spe 174.45 961.89 6.12 1 1.86E-02 -0.0101 9.73E-03 0.0933 18691 1.23 25 195 39 6 74 1021 4441 2240 86 256 884 164534 302 307 488 138 306 347 4613 129 590 20 302 26 106 108 845 1899 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001767.spe 174.5 962.39 6.12 1 1.86E-02 -0.0101 9.70E-03 0.0933 18533 1.37 14 226 29 0 100 826 4227 2249 98 169 826 158081 211 196 362 91 324 526 4993 148 575 0 173 0 107 112 980 2007 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001768.spe 174.55 962.89 6.13 1 1.86E-02 -0.0101 9.77E-03 0.0933 17884 1.27 17 150 31 0 88 698 4013 1891 93 185 770 145647 296 257 311 22 331 270 4552 58 511 26 160 25 118 84 1172 2038 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001769.spe 174.6 963.39 6.13 1 1.86E-02 -0.0101 9.80E-03 0.0933 18007 1.2 0 185 57 16 76 794 3994 2063 84 224 774 144567 199 226 134 177 268 350 4667 311 539 62 219 0 78 45 1084 1975 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001770.spe 174.65 963.89 6.13 1 1.86E-02 -0.0101 9.86E-03 0.0933 17351 1.19 0 221 61 9 101 794 3842 1934 65 239 776 132561 203 186 343 81 353 225 4545 113 528 46 248 0 91 69 1076 1945 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001771.spe 174.7 964.39 6.13 1 1.86E-02 -0.0101 9.84E-03 0.0933 16905 1.24 12 230 32 4 52 835 3732 2172 104 219 866 121993 222 271 250 17 304 405 4894 239 405 35 309 45 59 64 1101 2224 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001772.spe 174.75 964.89 6.12 1 1.86E-02 -0.0101 9.82E-03 0.0933 16671 1.29 0 219 38 9 80 814 3806 1866 90 248 842 119039 275 164 388 72 304 324 4840 290 571 57 228 25 93 74 1094 2106 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001773.spe 174.8 965.39 6.12 1 1.86E-02 -0.0101 9.77E-03 0.0933 16737 1.27 0 199 15 0 98 763 4008 1937 13 198 830 120058 251 103 409 39 431 191 4891 239 617 0 87 0 161 102 1157 1958 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001774.spe 174.85 965.89 6.12 1 1.86E-02 -0.0101 9.86E-03 0.0933 17163 1.21 0 189 26 0 82 771 3836 1958 88 154 851 125030 260 211 397 115 381 285 4884 60 677 32 153 0 122 85 1127 2142 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001775.spe 174.9 966.39 6.12 1 1.86E-02 -0.0101 9.82E-03 0.0933 17113 1.16 0 188 6 0 58 707 3946 1927 67 160 756 119442 285 121 373 167 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Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001813.spe 176.8 985.39 6.13 1 1.86E-02 -0.0101 9.71E-03 0.0933 15926 1.34 0 234 32 0 62 653 3553 1729 0 198 726 97939 259 324 283 140 328 287 4639 225 579 24 179 9 89 144 1188 2151 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001814.spe 176.85 985.89 6.13 1 1.86E-02 -0.0101 9.81E-03 0.0933 15943 1.27 18 212 31 0 90 646 3460 1734 57 181 786 101101 210 192 251 113 275 221 4367 142 457 26 86 10 105 127 1173 2028 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001815.spe 176.9 986.39 6.13 1 1.86E-02 -0.0101 9.85E-03 0.0933 16342 1.12 0 203 25 13 107 582 3678 1706 10 168 735 107491 175 262 191 0 298 406 4373 285 583 12 146 9 84 59 1243 2065 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001816.spe 176.95 986.89 6.13 1 1.86E-02 -0.0101 9.87E-03 0.0933 16387 1.27 15 207 34 0 79 704 4121 1676 25 207 798 108127 326 211 311 49 411 200 4930 304 420 39 174 16 69 25 1215 1927 C:\Data\Ray Bradley\Lower Sermilik 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989.39 6.13 1 1.86E-02 -0.0101 9.61E-03 0.0933 16321 1.19 0 183 29 0 54 671 3447 1672 75 102 703 103808 176 261 143 78 423 237 4404 175 599 21 175 47 79 54 1251 2246 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001822.spe 177.25 989.89 6.13 1 1.86E-02 -0.0101 9.57E-03 0.0933 16436 1.15 13 210 44 0 95 634 3584 1489 97 201 755 105997 218 220 234 0 425 158 4420 218 396 26 235 40 0 104 1329 2096 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001823.spe 177.3 990.39 6.14 1 1.86E-02 -0.0101 9.55E-03 0.0933 16209 1.2 12 220 37 14 109 616 3574 1444 49 169 764 104510 289 126 227 147 332 304 4448 213 362 28 128 50 93 156 1141 2112 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001824.spe 177.35 990.89 6.13 1 1.86E-02 -0.0101 9.61E-03 0.0933 16559 1.21 17 160 22 0 89 691 3459 1647 43 165 801 111397 190 226 424 160 412 230 4181 296 540 19 195 20 69 164 1130 2126 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001825.spe 177.4 991.39 6.13 1 1.86E-02 -0.0101 9.63E-03 0.0933 16442 1.37 5 159 55 7 77 654 3428 1703 59 199 722 110832 293 202 405 22 354 234 4432 176 492 48 195 0 64 173 1268 1990 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001826.spe 177.45 991.89 6.13 1 1.86E-02 -0.0101 9.61E-03 0.0933 16127 1.2 0 197 26 11 89 599 3706 1628 68 140 745 107640 234 212 467 149 327 251 4781 196 679 26 157 34 77 48 1048 2075 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001827.spe 177.5 992.39 6.13 1 1.86E-02 -0.0101 9.66E-03 0.0933 16222 1.14 4 187 39 0 94 672 3781 1787 79 153 723 110722 211 247 245 26 344 395 4971 120 480 28 131 0 99 23 1082 2007 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001828.spe 177.55 992.89 6.13 1 1.86E-02 -0.0101 9.69E-03 0.0933 16374 1.2 0 168 53 0 75 664 3658 1841 60 203 764 115477 347 290 561 81 489 305 4543 114 657 22 238 27 66 51 1028 2056 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001829.spe 177.6 993.39 6.13 1 1.86E-02 -0.0101 9.73E-03 0.0933 16292 1.25 0 206 52 0 82 914 3685 2481 51 192 745 119150 282 187 360 67 236 278 4406 154 628 13 261 4 51 111 1007 2130 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001830.spe 177.65 993.89 6.13 1 1.86E-02 -0.0101 9.93E-03 0.0933 16016 1.23 6 195 59 5 110 549 3892 1720 82 202 891 119490 335 357 242 0 403 392 4309 152 289 23 170 11 77 111 1031 1939 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001831.spe 177.7 994.39 6.13 1 1.86E-02 -0.0101 0.01 0.0933 16132 1.38 7 191 68 0 92 702 3984 1970 91 179 789 117461 364 184 157 40 239 260 4461 239 602 16 174 22 73 52 1108 1929 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001832.spe 177.75 994.89 6.14 1 1.86E-02 -0.0101 9.92E-03 0.0933 16262 1.15 12 186 31 19 111 615 3601 1783 48 175 821 116436 196 313 378 78 241 178 4675 72 445 9 210 0 95 21 1089 2038 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001833.spe 177.8 995.39 6.14 1 1.86E-02 -0.0101 9.84E-03 0.0933 16300 1.29 0 170 75 10 87 663 3923 1857 56 170 754 117378 269 346 108 148 374 127 5018 94 571 30 221 23 68 73 1068 2170 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001834.spe 177.85 995.89 6.14 1 1.86E-02 -0.0101 9.84E-03 0.0933 16253 1.21 17 198 20 0 108 686 4202 1785 44 190 749 119856 191 196 336 61 434 392 4883 119 654 0 169 6 92 28 1093 1933 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001835.spe 177.9 996.39 6.14 1 1.86E-02 -0.0101 9.87E-03 0.0933 16348 1.22 5 187 41 10 79 629 4001 1647 26 202 778 123740 339 321 364 43 253 292 4991 141 446 49 235 26 90 74 1043 2071 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001836.spe 177.95 996.89 6.14 1 1.86E-02 -0.0101 9.79E-03 0.0933 16291 1.14 6 179 6 0 112 720 4044 1719 102 216 724 123307 232 254 499 108 316 163 5393 185 531 0 176 15 77 93 1017 1974 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001837.spe 178 997.39 6.14 1 1.86E-02 -0.0101 9.69E-03 0.0933 16287 1.2 0 195 40 0 93 673 3973 1906 70 214 716 122632 256 124 324 143 338 255 5513 78 509 20 169 0 77 127 1188 1931 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001838.spe 178.05 997.89 6.14 1 1.86E-02 -0.0101 9.67E-03 0.0933 16378 1.19 0 191 21 0 76 791 3858 1827 35 230 758 124835 295 395 476 154 380 280 5260 190 706 44 198 0 105 94 973 1947 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001839.spe 178.1 998.39 6.14 1 1.86E-02 -0.0101 9.66E-03 0.0933 16232 1.21 24 210 31 16 85 726 4057 1855 55 222 763 125774 309 198 403 150 318 214 5068 129 507 36 171 0 97 66 973 1973 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001840.spe 178.15 998.89 6.14 1 1.86E-02 -0.0101 9.73E-03 0.0933 15906 1.19 0 215 50 0 107 660 4228 1850 100 176 726 122254 232 207 337 127 369 389 5792 93 379 22 186 88 64 144 957 1807 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001841.spe 178.2 999.39 6.14 1 1.86E-02 -0.0101 9.73E-03 0.0933 16594 1.16 0 181 34 0 72 849 4319 1928 96 226 831 134218 245 189 432 14 477 466 5357 219 497 22 242 44 59 39 1028 1915 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001842.spe 178.25 999.89 6.14 1 1.86E-02 -0.0101 9.71E-03 0.0933 16681 1.24 8 221 59 0 97 722 4419 1954 109 231 901 136838 341 241 565 78 411 299 5388 180 485 19 202 96 91 87 1011 1892 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001843.spe 178.3 1000.39 6.14 1 1.86E-02 -0.0101 9.67E-03 0.0933 16761 1.17 0 146 46 0 119 799 4750 2166 81 245 786 139423 398 294 208 238 281 304 5304 238 480 8 262 0 88 91 900 1916 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001844.spe 178.35 1000.89 6.14 1 1.86E-02 -0.0101 9.66E-03 0.0933 16736 1.23 0 178 44 14 71 819 4783 2215 104 276 914 142620 239 163 324 0 266 219 5159 197 439 63 264 42 63 59 891 1742 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001845.spe 178.4 1001.39 6.14 1 1.86E-02 -0.0101 9.69E-03 0.0933 16777 1.28 7 144 59 0 71 836 4780 2387 76 192 843 145534 403 289 309 19 206 368 5548 206 447 37 264 47 138 48 800 1848 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001846.spe 178.45 1001.89 6.14 1 1.86E-02 -0.0101 9.65E-03 0.0933 16592 1.21 10 114 47 0 73 844 5147 2200 120 257 860 142600 334 248 296 113 360 435 6336 140 409 50 214 27 118 0 783 1842 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001847.spe 178.5 1002.39 6.14 1 1.86E-02 -0.0101 9.74E-03 0.0933 16782 1.18 17 146 30 0 77 788 5049 2436 0 245 879 143204 280 292 410 144 327 329 6714 47 859 31 244 0 109 6 865 1918 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001848.spe 178.55 1002.89 6.14 1 1.86E-02 -0.0101 9.74E-03 0.0933 16501 1.13 0 120 52 0 94 792 5214 2264 158 239 948 135674 325 233 295 224 319 343 7314 181 743 44 187 0 109 51 933 1999 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001849.spe 178.6 1003.39 6.14 1 1.86E-02 -0.0101 9.73E-03 0.0933 17002 1.15 0 167 32 9 97 653 5204 2241 115 208 1084 142398 260 105 288 0 242 303 6945 97 900 39 279 30 65 184 946 1975 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001850.spe 178.65 1003.89 6.14 1 1.86E-02 -0.0101 9.71E-03 0.0933 16809 1.17 6 173 67 4 89 675 5187 2144 97 231 875 136927 411 211 222 61 275 328 7362 248 944 21 200 0 124 122 1013 1961 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001851.spe 178.7 1004.39 6.14 1 1.86E-02 -0.0101 9.72E-03 0.0933 16633 1.24 6 141 52 5 112 704 4795 2165 103 256 855 131811 339 225 399 0 253 385 7395 218 728 14 230 45 71 127 975 1964 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001852.spe 178.75 1004.89 6.14 1 1.86E-02 -0.0101 9.69E-03 0.0933 18404 1.19 6 171 49 10 109 735 4564 2127 188 239 821 155178 385 307 338 0 291 247 7390 214 691 25 211 27 115 52 1075 2031 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001853.spe 178.8 1005.39 6.13 1 1.86E-02 -0.0101 9.72E-03 0.0933 17648 1.31 0 146 49 0 69 688 4770 2025 110 153 864 136686 294 225 275 66 421 239 7072 193 851 24 205 13 96 129 1006 2039 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001854.spe 178.85 1005.89 6.12 1 1.86E-02 -0.0101 9.76E-03 0.0933 18038 1.33 0 161 39 0 73 713 4877 2589 167 203 1019 142884 327 318 499 107 302 265 6638 48 574 21 199 17 160 80 1140 1960 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001855.spe 178.9 1006.39 6.11 1 1.86E-02 -0.0101 9.81E-03 0.0933 17416 1.18 0 171 33 0 100 654 4526 2010 211 235 863 138308 224 348 310 174 404 358 6383 108 602 18 179 37 121 0 1029 1957 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001856.spe 178.95 1006.89 6.11 1 1.86E-02 -0.0101 9.77E-03 0.0933 16126 1.09 8 177 48 0 102 690 4876 1846 173 201 768 124878 317 169 255 0 297 191 6125 223 865 8 201 59 94 143 1073 1913 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001857.spe 179 1007.39 6.12 1 1.86E-02 -0.0101 9.74E-03 0.0933 15154 1.17 0 141 43 13 99 542 4015 1697 139 151 773 116129 184 326 146 73 308 239 5356 107 447 27 146 0 98 20 841 1732 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001858.spe 179.05 1007.89 6.12 1 1.86E-02 -0.0101 9.75E-03 0.0933 14283 1.19 0 152 47 10 79 573 4517 1624 123 167 795 106676 234 212 147 8 322 263 5411 53 549 33 162 48 97 81 945 1714 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001859.spe 179.1 1008.39 6.12 1 1.86E-02 -0.0101 9.79E-03 0.0933 13989 1.14 19 145 58 14 105 537 4274 2146 124 131 828 107999 231 235 282 106 142 147 5329 191 488 31 177 0 109 91 815 1739 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001860.spe 179.15 1008.89 6.12 1 1.86E-02 -0.0101 9.75E-03 0.0933 14544 1.13 0 171 49 0 90 648 4225 1942 104 171 812 116296 218 208 484 94 164 230 5437 159 445 5 184 5 73 45 798 1689 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001861.spe 179.2 1009.39 6.12 1 1.86E-02 -0.0101 9.77E-03 0.0933 14849 1.19 0 163 46 0 98 811 5064 2005 19 266 841 119723 248 72 314 50 228 243 5979 101 586 14 248 28 119 84 999 1833 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001862.spe 179.25 1009.89 6.13 1 1.86E-02 -0.0101 9.79E-03 0.0933 15708 1.22 13 190 23 0 87 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192 181 340 71 321 168 5321 88 555 22 133 0 118 0 891 1764 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001867.spe 179.5 1012.39 6.14 1 1.86E-02 -0.0101 9.70E-03 0.0933 15572 1.12 7 144 33 18 99 590 3188 1640 67 145 664 117404 231 180 268 53 332 294 4873 104 432 55 184 18 110 115 979 1826 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001868.spe 179.55 1012.89 6.14 1 1.86E-02 -0.0101 9.70E-03 0.0933 16020 1.26 0 106 34 22 111 530 3236 1659 18 163 668 121063 173 170 149 124 206 123 4759 164 532 33 126 52 104 25 980 1825 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001869.spe 179.6 1013.39 6.14 1 1.86E-02 -0.0101 9.77E-03 0.0933 16182 1.27 6 121 45 0 46 607 3314 1849 101 112 725 121122 216 228 243 134 319 220 4872 162 467 38 162 13 111 76 1065 1911 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001870.spe 179.65 1013.89 6.14 1 1.86E-02 -0.0101 9.83E-03 0.0933 16442 1.24 18 163 49 9 68 624 3398 2007 44 185 753 125474 295 243 375 172 347 222 4563 219 582 18 204 70 90 94 1057 1911 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001871.spe 179.7 1014.39 6.15 1 1.86E-02 -0.0101 9.85E-03 0.0933 16496 1.35 0 152 55 0 26 595 3439 1639 136 195 683 125481 284 127 469 0 410 401 4642 227 460 36 183 80 79 82 1201 1837 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001872.spe 179.75 1014.89 6.15 1 1.86E-02 -0.0101 9.90E-03 0.0933 16438 1.15 0 136 40 0 61 626 3357 1771 40 150 710 121704 199 140 317 96 445 336 4941 226 669 33 194 47 85 111 1051 2002 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001873.spe 179.8 1015.39 6.15 1 1.86E-02 -0.0101 9.91E-03 0.0933 16496 1.24 0 157 28 0 64 666 3278 1522 71 179 745 117871 210 187 260 0 355 291 4574 287 638 52 225 26 63 168 1215 1969 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001874.spe 179.85 1015.89 6.16 1 1.86E-02 -0.0101 9.74E-03 0.0933 16526 1.17 0 175 25 0 73 624 3406 1666 71 172 744 117542 196 214 206 277 465 159 4221 114 394 42 159 20 96 45 1084 2040 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001875.spe 179.9 1016.39 6.16 1 1.86E-02 -0.0101 9.76E-03 0.0933 16450 1.27 0 188 38 0 74 663 3388 1525 0 138 685 115456 182 123 279 219 277 349 4446 303 642 14 229 21 76 45 1061 2026 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001876.spe 179.95 1016.89 6.16 1 1.86E-02 -0.0101 9.78E-03 0.0933 16464 1.22 0 186 40 0 56 692 3332 1677 135 180 710 114403 303 242 338 128 236 247 4732 330 464 26 213 36 57 82 1108 2098 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001877.spe 180 1017.39 6.16 1 1.86E-02 -0.0101 9.76E-03 0.0933 16303 1.32 0 182 35 0 72 676 3290 1809 24 185 694 110087 244 235 252 0 421 252 4641 91 735 12 165 0 102 88 1167 2089 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001878.spe 180.05 1017.89 6.16 1 1.86E-02 -0.0101 9.80E-03 0.0933 16213 1.17 0 181 90 0 65 579 3675 1483 52 146 718 105195 268 331 171 37 266 281 4820 264 634 31 175 0 75 141 1129 2275 C:\Data\Ray Bradley\Lower 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9.83E-03 0.0933 15835 1.13 0 169 36 0 117 583 3304 1644 32 165 756 99980 334 312 264 109 201 280 4775 261 482 12 162 0 75 111 1230 2069 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001892.spe 180.75 1024.89 6.18 1 1.86E-02 -0.0101 9.80E-03 0.0933 15940 1.24 21 169 41 0 57 748 3265 1647 53 194 696 100303 280 258 491 90 316 326 4766 288 789 27 162 29 73 117 1136 2156 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001893.spe 180.8 1025.39 6.18 1 1.86E-02 -0.0101 9.77E-03 0.0933 15912 1.29 13 185 36 5 72 638 3205 1574 57 141 749 99713 316 156 308 0 432 194 4672 129 609 45 158 38 131 93 1277 2063 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001894.spe 180.85 1025.89 6.18 1 1.86E-02 -0.0101 9.74E-03 0.0933 16119 1.33 0 193 46 6 49 621 3169 1752 47 133 735 102653 299 177 486 5 415 337 4630 248 657 43 165 0 83 129 1307 2111 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001895.spe 180.9 1026.39 6.18 1 1.86E-02 -0.0101 9.77E-03 0.0933 16223 1.18 11 157 33 6 105 635 3068 1602 47 136 663 103377 304 339 86 77 344 214 4403 188 772 13 137 72 85 89 1151 2102 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001896.spe 180.95 1026.89 6.18 1 1.86E-02 -0.0101 9.81E-03 0.0933 16254 1.04 5 185 32 0 95 616 3091 1646 8 165 728 103670 221 190 476 148 354 345 4822 165 347 24 127 0 78 75 1184 2210 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001897.spe 181 1027.39 6.18 1 1.86E-02 -0.0101 9.84E-03 0.0933 16301 1.19 6 185 24 12 54 576 2995 1512 33 148 715 104351 343 198 58 0 269 100 4239 77 624 44 127 57 54 157 1155 2215 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001898.spe 181.05 1027.89 6.18 1 1.86E-02 -0.0101 9.86E-03 0.0933 16236 1.28 7 192 30 0 54 638 2857 1594 80 124 703 103737 258 329 419 221 466 195 4449 157 498 41 94 13 105 71 1025 2188 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001899.spe 181.1 1028.39 6.19 1 1.86E-02 -0.0101 9.88E-03 0.0933 16310 1.3 5 174 61 0 66 544 2956 1616 37 146 721 104771 313 117 320 4 378 219 4346 380 460 31 181 26 86 102 1333 2031 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001900.spe 181.15 1028.89 6.19 1 1.86E-02 -0.0101 9.90E-03 0.0933 16172 1.36 0 150 54 0 101 602 3090 1508 105 125 704 102308 275 242 325 52 554 364 4619 117 806 26 96 41 71 16 1093 2126 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001901.spe 181.2 1029.39 6.19 1 1.86E-02 -0.0101 9.82E-03 0.0933 16044 1.1 0 147 58 10 57 524 2838 1436 56 163 738 99235 283 388 340 138 337 209 4424 139 616 39 193 50 89 52 1028 2117 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001902.spe 181.25 1029.89 6.19 1 1.86E-02 -0.0101 9.80E-03 0.0933 16143 1.34 8 157 22 6 101 591 3052 1829 105 189 725 102760 274 295 414 231 375 89 4445 241 600 24 135 40 73 47 1091 2132 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001903.spe 181.3 1030.39 6.19 1 1.86E-02 -0.0101 9.80E-03 0.0933 16008 1.11 18 185 27 9 61 567 3229 1622 14 179 690 101416 190 235 431 321 203 253 4264 253 597 27 123 0 105 60 1055 2046 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001904.spe 181.35 1030.89 6.19 1 1.86E-02 -0.0101 9.79E-03 0.0933 16034 1.21 0 162 24 5 52 595 3117 1587 58 185 659 103348 235 196 328 0 269 336 4425 162 668 45 147 5 53 74 1229 2119 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001905.spe 181.4 1031.39 6.19 1 1.86E-02 -0.0101 9.76E-03 0.0933 16197 1.3 8 202 48 0 66 701 3461 1637 59 182 760 107489 269 93 377 21 487 326 4722 148 713 31 141 0 75 95 1183 2040 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001906.spe 181.45 1031.89 6.19 1 1.86E-02 -0.0101 9.71E-03 0.0933 16113 1.17 4 220 26 0 89 676 3540 1763 39 204 677 106587 226 225 210 264 470 189 4657 174 548 13 152 42 76 78 1019 2067 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001907.spe 181.5 1032.39 6.2 1 1.86E-02 -0.0101 9.73E-03 0.0933 16235 1.3 0 170 46 0 86 788 3608 1703 40 145 712 109495 286 267 268 181 312 344 4868 107 426 34 119 44 119 123 1014 2116 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001908.spe 181.55 1032.89 6.2 1 1.86E-02 -0.0101 9.73E-03 0.0933 16388 1.21 0 190 35 0 81 756 3441 1778 0 123 687 110223 233 191 260 181 368 328 4992 226 406 21 150 16 117 92 1045 2142 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001909.spe 181.6 1033.39 6.2 1 1.86E-02 -0.0101 9.77E-03 0.0933 16626 1.18 21 228 44 8 69 763 3563 1646 89 183 794 113195 318 217 314 7 273 270 4898 267 574 40 214 10 105 59 1130 2120 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001910.spe 181.65 1033.89 6.21 1 1.86E-02 -0.0101 9.79E-03 0.0933 16497 1.24 4 196 25 0 51 661 3568 1874 58 154 727 109717 344 286 411 106 400 214 4948 198 513 44 107 9 89 38 1105 2081 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001911.spe 181.7 1034.39 6.21 1 1.86E-02 -0.0101 9.79E-03 0.0933 16620 1.28 4 147 31 0 58 666 3415 1567 60 198 763 112322 357 184 404 75 501 231 4754 218 458 33 215 25 56 124 1248 2023 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001912.spe 181.75 1034.89 6.2 1 1.86E-02 -0.0101 9.81E-03 0.0933 16850 1.24 8 218 22 0 76 703 3549 1725 39 161 675 115426 240 236 363 122 503 365 4516 246 506 18 124 25 80 86 1152 1985 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001913.spe 181.8 1035.39 6.2 1 1.86E-02 -0.0101 9.83E-03 0.0933 17144 1.27 0 173 38 0 54 690 3374 1790 10 125 800 118492 250 242 222 0 257 313 4498 259 576 52 83 14 136 76 1121 1995 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001914.spe 181.85 1035.89 6.2 1 1.86E-02 -0.0101 9.85E-03 0.0933 17485 1.26 6 182 11 0 73 771 3531 2031 49 123 670 124825 286 221 475 17 354 432 4416 206 568 23 137 28 100 58 1105 2104 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001915.spe 181.9 1036.39 6.21 1 1.86E-02 -0.0101 9.80E-03 0.0933 16942 1.16 18 210 42 0 46 671 3488 1869 39 148 645 117928 214 221 209 0 331 352 4761 202 760 59 166 20 125 56 1120 2023 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001916.spe 181.95 1036.89 6.21 1 1.86E-02 -0.0101 9.77E-03 0.0933 17007 1.21 12 206 48 29 113 732 3422 1985 141 140 605 119990 177 184 396 107 345 252 4548 165 517 13 85 37 132 142 1075 1909 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001917.spe 182 1037.39 6.21 1 1.86E-02 -0.0101 9.75E-03 0.0933 16917 1.26 14 194 25 28 76 868 3741 1841 107 131 681 117020 172 236 329 74 317 295 4730 268 636 30 188 58 100 38 1119 2099 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001918.spe 182.05 1037.89 6.21 1 1.86E-02 -0.0101 9.73E-03 0.0933 16649 1.32 0 214 65 0 98 701 3599 1823 62 141 698 113703 266 144 182 178 340 232 4580 203 588 32 201 4 58 178 1124 2206 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001919.spe 182.1 1038.39 6.21 1 1.86E-02 -0.0101 9.73E-03 0.0933 16602 1.16 11 187 33 0 98 828 3554 1849 57 223 697 114181 243 225 334 0 314 271 4849 143 545 29 196 9 44 48 1169 2055 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001920.spe 182.15 1038.89 6.22 1 1.86E-02 -0.0101 9.69E-03 0.0933 16695 1.12 0 188 20 6 70 1024 3572 2278 100 185 697 116053 167 132 265 57 305 178 4912 103 541 29 235 50 93 77 1103 2170 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001921.spe 182.2 1039.39 6.22 1 1.86E-02 -0.0101 9.68E-03 0.0933 16748 1.26 0 211 26 0 91 939 3735 2178 55 122 724 117082 297 193 383 166 262 400 4998 250 678 8 203 34 72 97 1056 2028 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001922.spe 182.25 1039.89 6.22 1 1.86E-02 -0.0101 9.66E-03 0.0933 16650 1.16 0 204 53 0 61 792 4039 2063 23 148 724 117349 219 239 261 151 330 284 4996 147 354 47 112 9 160 62 1060 2078 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001923.spe 182.3 1040.39 6.22 1 1.86E-02 -0.0101 9.64E-03 0.0933 16680 1.17 9 183 49 9 91 735 4177 1895 69 183 708 119395 257 268 305 17 200 316 5067 395 296 27 211 32 90 26 1112 2019 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001924.spe 182.35 1040.89 6.22 1 1.86E-02 -0.0101 9.68E-03 0.0933 16378 1.26 8 195 46 0 83 970 4234 2217 59 181 728 117044 232 206 356 124 378 351 5218 291 473 14 135 35 131 69 1065 2014 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001925.spe 182.4 1041.39 6.22 1 1.86E-02 -0.0101 9.72E-03 0.0933 16470 1.19 5 233 68 16 96 947 4471 2111 77 175 798 121713 281 242 511 6 405 344 5308 106 381 36 248 62 84 123 1074 1976 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001926.spe 182.45 1041.89 6.22 1 1.86E-02 -0.0101 9.77E-03 0.0933 16461 1.16 14 205 50 6 66 1024 4361 2352 39 205 748 123339 284 240 449 0 309 303 5684 17 624 24 171 27 148 83 1048 1923 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001927.spe 182.5 1042.39 6.22 1 1.86E-02 -0.0101 9.81E-03 0.0933 16164 1.09 5 197 32 5 82 937 4237 2279 73 177 727 119369 228 289 331 187 233 253 5498 309 570 41 200 6 89 24 934 2023 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001928.spe 182.55 1042.89 6.21 1 1.86E-02 -0.0101 9.82E-03 0.0933 16353 1.06 7 219 43 0 129 953 4165 2269 81 121 700 121813 209 227 364 121 278 159 5618 191 324 17 199 29 132 67 1038 1895 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001929.spe 182.6 1043.39 6.22 1 1.86E-02 -0.0101 9.82E-03 0.0933 16757 1.2 0 183 36 10 76 1071 4649 2310 62 141 802 128956 223 178 279 73 388 380 5705 247 423 20 247 16 116 13 1000 1994 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001930.spe 182.65 1043.89 6.22 1 1.86E-02 -0.0101 9.78E-03 0.0933 16535 1.27 0 196 19 0 61 902 4390 2212 13 160 725 128225 246 136 363 114 299 271 5524 139 632 48 183 60 127 53 943 1797 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001931.spe 182.7 1044.39 6.22 1 1.86E-02 -0.0101 9.84E-03 0.0933 16917 1.19 17 198 35 0 68 878 4114 2219 28 121 678 134434 151 162 60 5 225 468 5680 249 430 23 194 0 124 42 944 1979 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001932.spe 182.75 1044.89 6.23 1 1.86E-02 -0.0101 9.87E-03 0.0933 17271 1.21 0 219 19 0 72 988 4361 2545 87 179 700 136016 243 191 511 137 398 399 6023 95 708 10 202 0 78 112 962 1929 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001933.spe 182.8 1045.39 6.23 1 1.86E-02 -0.0101 9.89E-03 0.0933 17449 1.32 0 224 31 11 108 967 3977 2455 98 198 806 134215 289 198 243 130 225 397 6287 164 512 6 170 15 91 58 1045 2001 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001934.spe 182.85 1045.89 6.23 1 1.86E-02 -0.0101 9.89E-03 0.0933 17344 1.21 15 228 36 0 91 982 3967 2043 105 230 811 127465 263 218 313 157 361 427 5751 285 599 33 168 53 67 73 1031 2090 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001935.spe 182.9 1046.39 6.23 1 0.0186 -0.0101 9.91E-03 0.0933 16984 1.37 0 231 41 0 74 781 4080 2017 80 212 798 120258 255 193 152 0 336 415 5358 225 710 42 116 27 93 51 1021 1945 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001936.spe 182.95 1046.89 6.23 1 0.0186 -0.0101 9.91E-03 0.0933 16764 1.22 0 228 19 0 52 709 3848 1916 40 184 770 117715 241 254 396 121 366 256 5199 244 450 34 181 0 79 80 1142 2072 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001937.spe 183 1047.39 6.23 1 1.86E-02 -0.0101 9.91E-03 0.0933 16764 1.16 0 202 40 0 75 820 3924 1848 14 192 725 118522 254 307 387 125 366 135 5340 162 373 28 226 20 77 120 1101 2150 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001938.spe 183.05 1047.89 6.23 1 1.86E-02 -0.0101 9.92E-03 0.0933 16593 1.25 17 220 32 0 81 832 3895 2082 60 188 661 114219 169 23 377 0 374 214 5192 178 632 30 163 0 86 106 1302 2040 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001939.spe 183.1 1048.39 6.23 1 1.86E-02 -0.0101 9.90E-03 0.0933 16618 1.33 0 211 39 8 102 770 3775 1921 0 161 780 115246 261 165 243 29 421 365 5312 164 559 25 122 31 128 153 1176 2005 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001940.spe 183.15 1048.89 6.23 1 1.86E-02 -0.0101 9.92E-03 0.0933 16671 1.23 6 185 43 17 60 820 3715 1875 95 169 733 118517 317 273 303 47 468 392 5058 170 683 47 174 0 88 59 1036 2094 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001941.spe 183.2 1049.39 6.23 1 1.86E-02 -0.0101 9.88E-03 0.0933 16667 1.19 0 203 42 0 75 817 3711 1791 126 213 695 118481 308 284 304 31 506 149 4877 202 593 32 234 55 0 13 1008 1992 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001942.spe 183.25 1049.89 6.23 1 1.86E-02 -0.0101 9.78E-03 0.0933 16491 1.14 5 189 14 0 56 738 4173 1805 65 218 684 116105 297 204 458 5 399 158 4938 218 419 35 147 23 66 8 1227 2023 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001943.spe 183.3 1050.39 6.23 1 1.86E-02 -0.0101 9.74E-03 0.0933 16577 1.25 12 216 32 0 91 812 4380 2290 17 167 760 118767 249 223 337 160 394 358 5288 178 508 12 143 14 148 66 1004 1991 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001944.spe 183.35 1050.89 6.23 1 1.86E-02 -0.0101 9.74E-03 0.0933 16498 1.16 12 218 36 0 110 939 4460 2030 50 187 716 120275 260 332 315 107 305 226 5438 147 446 14 195 13 80 83 959 2094 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001945.spe 183.4 1051.39 6.23 1 1.86E-02 -0.0101 9.66E-03 0.0933 16520 1.12 7 212 45 19 68 838 4563 2112 78 185 784 119576 260 205 261 23 326 306 5704 153 645 39 188 29 96 57 993 1986 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001946.spe 183.45 1051.89 6.23 1 1.86E-02 -0.0101 9.74E-03 0.0933 16425 1.16 17 207 7 0 106 848 4438 2313 58 219 722 118662 271 210 268 0 335 301 5673 190 562 15 179 25 89 40 1074 2100 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001947.spe 183.5 1052.39 6.23 1 1.86E-02 -0.0101 9.72E-03 0.0933 16142 1.2 19 197 57 0 99 893 4498 2074 88 146 773 115404 331 163 225 0 335 319 5909 147 448 15 210 0 86 158 1120 1933 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001948.spe 183.55 1052.89 6.23 1 1.86E-02 -0.0101 9.71E-03 0.0933 16301 1.23 0 180 25 0 58 929 4668 2276 51 155 845 119361 195 234 327 94 398 269 5766 144 693 44 231 0 71 110 1014 2032 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001949.spe 183.6 1053.39 6.23 1 1.86E-02 -0.0101 9.82E-03 0.0933 16177 1.16 16 220 32 15 91 873 4565 2308 86 169 838 119062 218 148 336 193 247 326 5703 276 559 19 191 0 85 100 903 1891 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001950.spe 183.65 1053.89 6.23 1 1.86E-02 -0.0101 9.86E-03 0.0933 16005 1.2 15 259 34 0 90 1083 4986 2382 37 161 830 115890 246 178 336 120 355 326 5705 120 565 20 173 58 128 82 1068 1873 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001951.spe 183.7 1054.39 6.23 1 1.86E-02 -0.0101 9.75E-03 0.0933 15916 1.15 0 201 33 14 99 1012 5216 2386 83 147 818 117128 304 194 229 149 365 233 5770 154 430 13 182 14 97 102 998 2026 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001952.spe 183.75 1054.89 6.23 1 1.86E-02 -0.0101 9.70E-03 0.0933 15934 1.09 10 260 30 0 123 1134 5046 2807 114 123 888 119415 250 133 427 70 249 312 6020 289 571 19 219 38 138 159 1024 1928 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001953.spe 183.8 1055.39 6.23 1 1.86E-02 -0.0101 9.69E-03 0.0933 15978 1.13 13 246 38 0 87 1266 6047 2726 77 135 904 123976 177 125 403 16 292 293 6125 276 598 26 308 14 100 127 899 1976 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001954.spe 183.85 1055.89 6.23 1 1.86E-02 -0.0101 9.67E-03 0.0933 15872 1.17 12 223 40 21 92 1372 6805 3165 95 274 847 126072 260 96 446 159 359 321 6944 176 269 26 326 35 101 109 812 1817 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001955.spe 183.9 1056.39 6.24 1 1.86E-02 -0.0101 9.69E-03 0.0933 15838 1.17 16 272 46 12 72 1525 6917 3162 99 167 882 126857 272 32 335 56 194 521 7720 268 675 38 270 39 154 123 792 1970 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001956.spe 183.95 1056.89 6.24 1 1.86E-02 -0.0101 9.71E-03 0.0933 16488 1.3 0 236 39 0 78 1300 6332 3087 77 248 855 132624 187 89 481 0 268 453 8542 295 781 33 360 75 109 111 854 1847 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001957.spe 184 1057.39 6.24 1 1.86E-02 -0.0101 9.73E-03 0.0933 16455 1.36 0 224 35 16 78 1056 5305 2864 0 207 843 123259 370 201 340 44 227 335 8755 392 835 37 271 41 138 119 1020 2044 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001958.spe 184.05 1057.89 6.24 1 1.86E-02 -0.0101 9.72E-03 0.0933 16665 1.11 7 226 44 20 76 1104 4178 2533 111 176 812 115797 266 206 196 216 439 583 7450 173 982 25 313 0 103 85 999 2152 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001959.spe 184.1 1058.39 6.24 1 1.86E-02 -0.0101 9.73E-03 0.0933 16714 1.2 6 238 36 0 92 809 3869 1788 63 149 789 108306 288 198 474 43 360 289 6053 165 843 19 246 50 68 161 1331 2293 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001960.spe 184.15 1058.89 6.24 1 1.86E-02 -0.0101 9.72E-03 0.0933 16760 1.23 0 205 51 0 89 528 3573 1649 88 154 762 104644 341 218 109 82 311 376 5532 196 856 34 95 18 103 132 1384 2295 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001961.spe 184.2 1059.39 6.24 1 1.86E-02 -0.0101 9.70E-03 0.0933 16612 1.23 0 205 35 0 87 674 3524 1700 0 178 741 98500 262 172 159 153 324 315 5004 162 476 23 155 40 89 139 1249 2374 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001962.spe 184.25 1059.89 6.23 1 1.86E-02 -0.0101 9.87E-03 0.0933 16415 1.21 0 186 49 0 70 710 3455 1705 84 158 660 95391 306 341 345 88 409 319 5025 243 652 39 166 53 54 46 1230 2387 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001963.spe 184.3 1060.39 6.23 1 1.86E-02 -0.0101 9.91E-03 0.0933 16489 1.1 7 222 43 0 71 597 3514 1840 79 202 804 95066 272 185 472 8 399 263 4819 201 680 39 204 23 45 114 1256 2371 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001964.spe 184.35 1060.89 6.23 1 1.86E-02 -0.0101 9.93E-03 0.0933 16520 1.14 22 218 44 0 75 621 3421 1833 84 146 697 97337 305 309 250 97 387 221 4879 317 659 28 84 0 100 0 1135 2192 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001965.spe 184.4 1061.39 6.23 1 1.86E-02 -0.0101 0.01 0.0933 16947 1.24 21 237 45 0 97 786 3600 1685 102 211 774 103367 279 263 200 38 318 164 4957 161 665 18 178 12 65 43 1222 2262 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001966.spe 184.45 1061.89 6.23 1 1.86E-02 -0.0101 9.89E-03 0.0933 16909 1.22 31 182 16 0 113 621 3524 1652 113 141 748 103850 255 241 413 0 525 288 4805 150 476 0 130 0 75 34 1187 2148 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001967.spe 184.5 1062.39 6.23 1 1.86E-02 -0.0101 9.89E-03 0.0933 17362 1.12 0 170 44 0 88 644 3382 1760 0 173 725 111171 303 294 395 53 394 262 4757 241 414 22 231 0 97 140 1332 2268 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001968.spe 184.55 1062.89 6.22 1 1.86E-02 -0.0101 9.89E-03 0.0933 17842 1.24 0 188 34 0 65 741 3645 1744 69 213 696 118738 305 199 357 20 308 293 4811 128 863 54 104 14 111 137 1355 2177 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001969.spe 184.6 1063.39 6.23 1 1.86E-02 -0.0101 9.92E-03 0.0933 17861 1.23 8 216 48 0 87 638 3678 1717 31 178 702 120310 218 157 173 137 431 303 4718 257 706 50 203 19 60 56 1231 2259 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001970.spe 184.65 1063.89 6.23 1 1.86E-02 -0.0101 9.93E-03 0.0933 17806 1.23 0 176 43 0 101 717 3596 1868 52 150 757 119688 303 264 352 254 359 417 4590 0 741 19 135 0 121 94 1187 2361 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001971.spe 184.7 1064.39 6.23 1 1.86E-02 -0.0101 9.78E-03 0.0933 17527 1.21 8 200 50 0 80 658 3392 1805 86 196 689 114799 294 244 139 65 496 111 4655 338 681 43 175 0 96 108 1261 2297 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001972.spe 184.75 1064.89 6.23 1 1.86E-02 -0.0101 9.78E-03 0.0933 17319 1.17 7 229 50 0 98 530 3407 1710 117 182 798 111565 332 165 208 73 398 114 4547 125 582 24 86 57 97 100 1326 2244 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001973.spe 184.8 1065.39 6.23 1 1.86E-02 -0.0101 9.82E-03 0.0933 17131 1.18 0 184 51 7 81 658 3211 1641 59 156 724 106035 354 286 311 162 383 222 4687 336 367 26 197 24 73 127 1309 2288 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001974.spe 184.85 1065.89 6.23 1 1.86E-02 -0.0101 9.85E-03 0.0933 17015 1.23 15 234 23 0 90 586 3193 1657 22 137 703 105673 326 147 335 98 405 340 4277 307 632 32 134 27 74 42 1274 2275 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001975.spe 184.9 1066.39 6.23 1 1.86E-02 -0.0101 9.86E-03 0.0933 16902 1.3 0 205 43 0 96 509 3157 1613 12 117 769 104135 334 181 402 0 474 236 4714 195 672 22 133 0 110 130 1305 2210 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001976.spe 184.95 1066.89 6.23 1 1.86E-02 -0.0101 9.87E-03 0.0933 16858 1.24 14 196 43 0 89 639 3104 1475 49 142 708 102626 218 223 566 0 545 304 4555 68 772 18 187 26 43 127 1269 2200 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001977.spe 185 1067.39 6.22 1 1.86E-02 -0.0101 9.80E-03 0.0933 16657 1.18 6 179 19 0 82 596 2918 1456 41 200 640 98811 334 315 263 45 455 319 4864 291 758 20 185 35 52 146 1266 2236 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001978.spe 185.05 1067.89 6.22 1 1.86E-02 -0.0101 9.81E-03 0.0933 16672 1.22 0 179 27 0 93 488 3079 1367 29 170 687 98300 251 160 0 27 328 136 4474 226 658 32 179 25 65 50 1266 2259 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001979.spe 185.1 1068.39 6.22 1 1.86E-02 -0.0101 9.78E-03 0.0933 16829 1.27 10 188 48 11 64 618 3096 1403 98 188 682 100095 286 202 253 60 361 354 4488 253 493 42 152 38 53 117 1284 2288 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001980.spe 185.15 1068.89 6.22 1 1.86E-02 -0.0101 9.75E-03 0.0933 17084 1.2 19 208 38 0 70 581 3286 1466 27 167 680 104738 304 225 277 54 283 83 4244 236 458 41 178 14 111 125 1353 2332 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001981.spe 185.2 1069.39 6.22 1 1.86E-02 -0.0101 9.79E-03 0.0933 17175 1.34 0 185 30 0 62 691 3318 1628 0 131 771 107388 268 150 387 41 414 285 4290 257 564 30 107 14 90 163 1335 2208 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001982.spe 185.25 1069.89 6.23 1 1.86E-02 -0.0101 9.83E-03 0.0933 17108 1.23 0 200 16 0 116 628 3302 1521 0 173 667 107493 238 296 127 113 283 235 4398 307 630 19 157 19 115 78 1183 2209 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001983.spe 185.3 1070.39 6.23 1 1.86E-02 -0.0101 9.84E-03 0.0933 17308 1.27 0 209 55 0 85 564 3373 1416 25 179 756 112358 300 276 137 32 328 261 4347 250 418 36 194 28 54 150 1264 2264 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001984.spe 185.35 1070.89 6.22 1 1.86E-02 -0.0101 9.75E-03 0.0933 17160 1.19 5 216 39 0 122 670 3520 1538 31 144 722 111812 203 114 383 0 452 283 4418 163 593 18 114 20 118 118 1361 2123 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001985.spe 185.4 1071.39 6.22 1 1.86E-02 -0.0101 9.73E-03 0.0933 16947 1.21 0 168 45 0 73 691 3590 1743 71 170 680 111878 235 93 155 0 404 373 4361 93 561 22 220 0 69 113 1344 2222 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001986.spe 185.45 1071.89 6.21 1 1.86E-02 -0.0101 9.73E-03 0.0933 16835 1.23 0 195 37 0 103 801 3684 1829 0 176 725 112117 246 161 411 0 480 313 4768 138 376 18 182 27 79 145 1281 2027 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001987.spe 185.5 1072.39 6.21 1 1.86E-02 -0.0101 9.73E-03 0.0933 16492 1.29 11 151 43 0 70 738 3704 1511 107 160 661 109376 277 350 262 0 444 105 4678 100 425 21 191 42 79 72 1105 2246 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001988.spe 185.55 1072.89 6.21 1 1.86E-02 -0.0101 9.90E-03 0.0933 16358 1.28 0 203 38 0 64 688 3814 1858 65 138 778 108640 351 229 174 18 210 204 4673 187 563 42 102 45 149 134 1154 2209 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001989.spe 185.6 1073.39 6.21 1 1.86E-02 -0.0101 9.90E-03 0.0933 16449 1.3 0 183 46 0 42 665 3817 1783 0 229 738 112674 282 255 377 0 420 317 4818 221 469 36 181 74 109 88 1205 2062 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001990.spe 185.65 1073.89 6.2 1 1.86E-02 -0.0101 9.93E-03 0.0933 16658 1.24 25 168 22 0 98 702 4199 2163 0 133 796 118026 302 150 406 0 348 376 5059 201 602 13 199 16 90 126 1154 1910 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001991.spe 185.7 1074.39 6.2 1 1.86E-02 -0.0101 9.95E-03 0.0933 16312 1.28 42 198 26 0 76 847 4493 2073 0 254 740 119379 323 135 388 111 333 228 5250 226 578 55 250 74 82 107 991 1998 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001992.spe 185.75 1074.89 6.2 1 1.86E-02 -0.0101 9.95E-03 0.0933 15773 1.24 0 165 37 0 82 863 4666 2077 72 148 756 117707 284 249 319 20 321 330 5520 208 550 17 165 0 112 5 842 1877 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001993.spe 185.8 1075.39 6.21 1 1.86E-02 -0.0101 9.92E-03 0.0933 16377 1.31 29 174 43 0 82 862 4853 2438 100 140 777 125422 280 221 430 45 343 264 6191 256 395 33 166 50 154 99 872 1954 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001994.spe 185.85 1075.89 6.21 1 1.86E-02 -0.0101 9.76E-03 0.0933 16679 1.24 12 157 32 0 91 974 5043 2506 46 195 827 129436 312 133 333 0 238 333 6116 348 593 41 275 44 112 79 942 1907 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001995.spe 185.9 1076.39 6.21 1 1.86E-02 -0.0101 9.71E-03 0.0933 16251 1.07 5 172 36 0 111 920 5248 2381 92 238 910 120322 317 107 562 22 327 290 6387 349 609 0 182 44 119 134 1009 1823 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001996.spe 185.95 1076.89 6.21 1 1.86E-02 -0.0101 9.70E-03 0.0933 16296 1.25 0 143 34 0 71 816 4920 2063 65 175 792 114988 232 237 377 16 405 225 6558 307 630 24 249 53 137 79 915 2001 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001997.spe 186 1077.39 6.21 1 1.86E-02 -0.0101 9.67E-03 0.0933 16157 1.28 0 133 63 0 74 804 4377 1920 12 186 744 107452 219 89 340 206 244 276 6156 166 664 16 191 0 98 153 1239 2076 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001998.spe 186.05 1077.89 6.21 1 1.86E-02 -0.0101 9.69E-03 0.0933 15559 1.21 0 110 28 8 83 724 3439 1598 38 159 721 97518 219 251 249 67 274 219 5247 162 546 10 122 32 97 38 1134 2101 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L001999.spe 186.1 1078.39 6.21 1 1.86E-02 -0.0101 9.65E-03 0.0933 15989 1.17 14 118 60 0 75 570 3448 1566 34 158 733 103136 275 211 481 36 402 187 4714 161 345 28 186 59 34 38 1163 2024 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002000.spe 186.15 1078.89 6.2 1 1.86E-02 -0.0101 9.64E-03 0.0933 16148 1.18 10 144 48 0 42 528 3136 1440 12 168 678 104257 216 137 225 7 406 263 4393 11 499 42 182 12 43 25 1272 2015 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002001.spe 186.2 1079.39 6.2 1 1.86E-02 -0.0101 9.68E-03 0.0933 16031 1.3 5 132 24 0 84 646 3598 1560 0 154 723 104008 248 170 274 36 490 272 4246 163 600 17 164 46 101 123 1258 2020 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002002.spe 186.25 1079.89 6.21 1 1.86E-02 -0.0101 9.68E-03 0.0933 16143 1.13 21 182 44 11 57 569 3494 1585 75 120 687 106248 280 283 203 5 209 235 4264 137 626 33 166 0 135 17 1199 1919 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002003.spe 186.3 1080.39 6.21 1 1.86E-02 -0.0101 9.70E-03 0.0933 16340 1.21 17 188 59 0 84 634 3573 1738 55 95 710 108086 248 156 314 0 186 228 4685 192 468 21 169 0 86 122 1248 2096 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002004.spe 186.35 1080.89 6.22 1 1.86E-02 -0.0101 9.72E-03 0.0933 16650 1.27 0 180 19 8 91 823 3745 1847 111 179 779 112131 279 307 364 243 320 275 4797 216 678 22 197 31 97 110 1088 2070 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002005.spe 186.4 1081.39 6.22 1 1.86E-02 -0.0101 9.67E-03 0.0933 16519 1.19 0 167 48 0 92 649 3886 1705 63 187 715 110429 271 278 378 73 347 301 5026 120 573 29 276 53 72 0 1114 2094 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002006.spe 186.45 1081.89 6.22 1 1.86E-02 -0.0101 9.64E-03 0.0933 16481 1.27 0 194 27 14 53 626 3994 1695 45 156 715 111572 255 190 242 0 254 190 4584 191 445 31 182 0 102 23 1231 2011 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002007.spe 186.5 1082.39 6.23 1 1.86E-02 -0.0101 9.64E-03 0.0933 16600 1.3 7 139 44 0 92 702 4110 1738 66 163 755 115893 252 265 356 0 439 248 4722 71 441 19 136 22 94 90 1103 1971 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002008.spe 186.55 1082.89 6.23 1 1.86E-02 -0.0101 9.64E-03 0.0933 16819 1.28 14 177 50 0 73 622 3902 1624 79 178 777 117322 284 173 147 80 373 319 5269 179 578 23 222 21 83 151 1174 2147 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002009.spe 186.6 1083.39 6.23 1 1.86E-02 -0.0101 9.60E-03 0.0933 16981 1.22 10 197 51 5 113 739 3955 1957 53 223 708 121303 239 155 349 0 412 322 4840 157 447 35 225 43 62 128 1173 1926 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002010.spe 186.65 1083.89 6.23 1 1.86E-02 -0.0101 9.63E-03 0.0933 16951 1.16 8 204 60 0 54 771 4119 1894 84 242 760 122115 281 275 437 136 363 265 4953 131 552 46 121 48 107 135 1092 2079 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002011.spe 186.7 1084.39 6.23 1 1.86E-02 -0.0101 9.71E-03 0.0933 16997 1.22 14 213 35 18 85 763 4254 1925 65 157 787 124100 342 180 457 64 371 143 4838 156 364 46 152 40 112 55 1059 2028 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002012.spe 186.75 1084.89 6.23 1 1.86E-02 -0.0101 9.73E-03 0.0933 16683 1.31 25 257 27 0 77 805 4362 1801 0 173 771 120058 311 176 388 143 290 312 5112 226 419 36 209 18 84 95 1143 2028 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002013.spe 186.8 1085.39 6.23 1 1.86E-02 -0.0101 9.73E-03 0.0933 16559 1.11 28 222 49 12 60 799 4269 1944 29 205 803 118814 244 211 465 0 277 265 5068 215 439 36 166 69 150 127 1105 2014 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002014.spe 186.85 1085.89 6.22 1 1.86E-02 -0.0101 9.75E-03 0.0933 16573 1.28 30 217 30 0 95 822 4290 1746 84 196 783 119472 261 160 610 0 446 242 5097 101 512 27 239 43 92 140 1105 1906 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002015.spe 186.9 1086.39 6.22 1 1.86E-02 -0.0101 9.72E-03 0.0933 16456 1.19 15 205 38 10 64 750 4420 1886 32 181 775 119043 303 280 320 120 305 133 5229 327 569 34 141 0 103 53 1012 2004 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002016.spe 186.95 1086.89 6.22 1 1.86E-02 -0.0101 9.72E-03 0.0933 16642 1.21 0 191 24 0 81 755 4118 1858 81 113 722 123381 147 125 267 0 366 270 5175 249 454 15 100 0 120 20 1023 1829 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002017.spe 187 1087.39 6.22 1 1.86E-02 -0.0101 9.74E-03 0.0933 16780 1.35 0 208 31 5 60 708 4482 1890 31 183 830 126157 202 232 286 0 371 437 5311 241 557 25 155 31 91 131 1085 1820 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002018.spe 187.05 1087.89 6.22 1 1.86E-02 -0.0101 9.74E-03 0.0933 16763 1.22 15 206 44 0 69 821 4444 1841 49 140 721 127409 239 116 394 103 415 292 5333 197 502 20 131 21 97 49 1021 1850 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002019.spe 187.1 1088.39 6.23 1 1.86E-02 -0.0101 9.75E-03 0.0933 16954 1.31 28 220 36 6 57 819 4259 1862 50 155 720 131379 248 217 317 92 274 322 5204 55 541 52 175 52 112 65 1002 1959 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002020.spe 187.15 1088.89 6.23 1 1.86E-02 -0.0101 9.82E-03 0.0933 16764 1.27 0 250 49 0 43 749 4395 1904 98 161 685 130414 208 102 311 78 335 330 5041 234 700 41 239 57 29 33 1020 1811 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002021.spe 187.2 1089.39 6.23 1 1.86E-02 -0.0101 9.85E-03 0.0933 16828 1.19 7 196 44 5 89 821 4659 1966 15 175 856 134814 257 215 277 100 205 296 5015 103 535 13 214 39 85 91 886 1902 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002022.spe 187.25 1089.89 6.23 1 1.86E-02 -0.0101 9.85E-03 0.0933 16858 1.15 7 245 28 0 63 885 5174 2095 88 238 865 137718 263 173 433 139 406 316 5339 47 478 20 267 66 57 22 950 1827 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002023.spe 187.3 1090.39 6.23 1 1.86E-02 -0.0101 9.82E-03 0.0933 16883 1.23 12 211 54 0 94 881 5535 2194 76 191 795 140942 191 138 352 55 336 326 5936 157 704 8 236 27 88 52 833 1886 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002024.spe 187.35 1090.89 6.23 1 1.86E-02 -0.0101 9.84E-03 0.0933 16902 1.18 0 198 68 11 73 1070 5387 2300 59 134 924 138780 201 198 499 130 411 317 6463 125 581 43 188 38 154 121 818 1769 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002025.spe 187.4 1091.39 6.23 1 1.86E-02 -0.0101 9.79E-03 0.0933 16992 1.19 35 236 33 4 88 957 5323 2228 186 184 798 138259 235 59 246 57 192 295 6279 197 1099 13 266 56 65 160 959 1926 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002026.spe 187.45 1091.89 6.23 1 1.86E-02 -0.0101 9.83E-03 0.0933 16911 1.13 14 220 14 0 36 978 5544 2251 111 136 838 135373 260 122 261 36 259 241 6129 241 458 42 218 0 91 76 945 1849 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002027.spe 187.5 1092.39 6.23 1 1.86E-02 -0.0101 9.86E-03 0.0933 17206 1.17 0 194 24 0 62 998 5130 2456 51 172 871 137652 257 195 310 141 348 354 6070 126 679 37 156 26 141 68 909 1925 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002028.spe 187.55 1092.89 6.23 1 1.86E-02 -0.0101 9.84E-03 0.0933 17622 1.29 0 204 47 0 51 1009 5292 2319 81 165 836 144315 336 174 357 77 340 295 5848 144 500 44 169 24 131 119 934 1925 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002029.spe 187.6 1093.39 6.23 1 1.86E-02 -0.0101 9.84E-03 0.0933 17644 1.15 0 217 0 0 70 871 5094 2073 0 166 774 145749 267 232 184 91 224 312 5662 141 591 13 226 45 84 76 946 1967 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002030.spe 187.65 1093.89 6.23 1 1.86E-02 -0.0101 9.83E-03 0.0933 17510 1.29 0 235 36 11 71 901 5229 2298 49 135 782 146294 287 262 360 0 264 430 5482 286 548 15 235 21 78 91 934 1831 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002031.spe 187.7 1094.39 6.23 1 1.86E-02 -0.0101 9.85E-03 0.0933 17830 1.24 5 211 26 0 75 1127 4904 2421 33 233 738 149753 311 233 459 164 301 476 5746 91 623 28 259 20 64 120 932 1858 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002032.spe 187.75 1094.89 6.22 1 1.86E-02 -0.0101 9.80E-03 0.0933 17805 1.18 19 196 43 0 61 1096 5191 2497 76 173 815 149635 256 253 381 166 294 463 5621 155 439 12 228 6 95 89 860 1929 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002033.spe 187.8 1095.39 6.22 1 1.86E-02 -0.0101 9.82E-03 0.0933 17523 1.2 0 213 28 0 83 1101 5410 2512 51 185 819 146666 188 180 301 189 327 314 5344 21 433 36 212 0 139 16 858 1813 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002034.spe 187.85 1095.89 6.22 1 1.86E-02 -0.0101 9.83E-03 0.0933 17715 1.21 7 202 48 0 59 1117 5494 2590 0 160 906 153848 271 122 547 115 398 286 5073 67 375 38 244 25 119 0 865 1735 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002035.spe 187.9 1096.39 6.22 1 1.86E-02 -0.0101 9.85E-03 0.0933 18379 1.25 0 181 15 0 47 1210 5394 2513 86 197 785 167945 271 183 436 63 326 416 5095 184 279 44 234 47 124 98 851 1726 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002036.spe 187.95 1096.89 6.22 1 1.86E-02 -0.0101 9.85E-03 0.0933 18498 1.21 10 218 41 0 63 1108 5670 2308 64 186 780 173822 214 193 391 144 319 525 4808 140 307 21 277 21 104 34 742 1737 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002037.spe 188 1097.39 6.22 1 1.86E-02 -0.0101 9.85E-03 0.0933 18182 1.17 11 211 31 0 66 1072 5472 2350 138 184 799 172527 286 163 363 116 297 376 5211 211 243 29 211 47 104 51 757 1648 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002038.spe 188.05 1097.89 6.22 1 1.86E-02 -0.0101 9.85E-03 0.0933 18538 1.2 0 187 50 0 73 1060 5367 2379 98 99 768 179700 223 167 315 0 254 456 5313 125 507 49 202 8 144 39 753 1694 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002039.spe 188.1 1098.39 6.22 1 1.86E-02 -0.0101 9.87E-03 0.0933 18308 1.25 30 174 47 0 97 1178 5814 2468 148 195 912 174946 322 113 370 0 154 485 5838 6 411 31 269 0 106 39 769 1767 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002040.spe 188.15 1098.89 6.22 1 1.86E-02 -0.0101 9.87E-03 0.0933 18695 1.15 9 231 27 6 58 1361 6706 3317 85 187 1010 180713 186 207 393 148 306 485 6505 179 348 23 275 36 146 26 747 1699 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002041.spe 188.2 1099.39 6.22 1 1.86E-02 -0.0101 9.85E-03 0.0933 17491 1.27 16 261 22 0 83 1451 7392 3140 45 151 958 162176 247 194 323 207 353 484 7057 156 433 45 212 49 126 11 671 1817 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002042.spe 188.25 1099.89 6.21 1 1.86E-02 -0.0101 9.81E-03 0.0933 17109 1.16 16 223 36 0 94 1285 6982 2787 74 195 971 154706 223 81 562 46 406 407 7499 145 500 15 262 99 98 75 787 1678 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002043.spe 188.3 1100.39 6.21 1 1.86E-02 -0.0101 9.77E-03 0.0933 17599 1.15 0 243 40 0 21 1572 6983 3087 43 196 897 158560 191 156 546 83 247 570 7798 186 707 50 300 47 112 71 703 1891 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002044.spe 188.35 1100.89 6.2 1 1.86E-02 -0.0101 9.78E-03 0.0933 17884 1.29 0 246 38 0 84 1559 7419 3067 82 197 932 160377 271 244 322 195 198 400 7447 263 412 21 293 38 92 55 702 1886 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002045.spe 188.4 1101.39 6.19 1 1.86E-02 -0.0101 9.78E-03 0.0933 17598 1.13 0 255 27 0 35 1170 6357 2706 76 224 855 155126 208 56 523 20 297 449 7074 210 373 29 251 79 111 112 830 1719 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002046.spe 188.45 1101.89 6.19 1 1.86E-02 -0.0101 9.76E-03 0.0933 17335 1.18 16 258 60 17 77 1008 5195 2364 54 249 871 144207 198 72 282 0 59 321 7081 138 690 28 304 0 58 46 873 1780 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002047.spe 188.5 1102.39 6.19 1 1.86E-02 -0.0101 9.82E-03 0.0933 16861 1.19 8 211 57 0 87 795 4312 1680 66 86 758 129948 235 123 310 74 415 300 5660 97 573 28 223 32 104 169 926 2018 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002048.spe 188.55 1102.89 6.2 1 1.86E-02 -0.0101 9.85E-03 0.0933 16010 1.27 0 177 44 24 87 524 3334 1457 0 154 598 112115 238 256 258 0 319 146 5495 142 441 21 199 0 89 29 1018 1945 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002049.spe 188.6 1103.39 6.2 1 1.86E-02 -0.0101 9.74E-03 0.0933 16533 1.25 6 143 44 0 62 522 3229 1454 0 210 729 112495 187 246 385 66 329 322 5076 248 800 38 140 28 66 126 1166 2091 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002081.spe 188.65 1119.39 6.23 1 1.86E-02 -0.0101 9.80E-03 0.0933 15967 1.13 0 144 31 13 85 488 2891 1291 33 68 647 109253 277 143 265 5 408 253 4475 42 366 12 137 18 81 121 1194 1899 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002082.spe 188.7 1119.89 6.23 1 1.86E-02 -0.0101 9.83E-03 0.0933 16457 1.21 30 156 33 0 73 550 3258 1414 29 118 722 111883 231 178 281 0 466 305 4411 150 452 28 140 0 86 40 1178 1965 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002083.spe 188.75 1120.39 6.23 1 1.86E-02 -0.0101 9.76E-03 0.0933 17144 1.12 0 198 70 5 26 701 3331 1685 53 139 780 118442 286 237 237 101 326 321 4369 214 384 56 122 0 121 48 1127 2021 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002084.spe 188.8 1120.89 6.22 1 1.86E-02 -0.0101 9.74E-03 0.0933 16585 1.25 0 183 17 0 73 655 3292 1595 66 162 753 114301 213 186 189 142 339 121 4197 180 737 29 104 34 82 76 1170 2051 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002085.spe 188.85 1121.39 6.22 1 1.86E-02 -0.0101 9.72E-03 0.0933 16038 1.37 11 153 37 0 87 606 3018 1475 30 170 753 107527 237 149 337 80 345 191 4230 166 653 15 182 0 47 158 1039 2098 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002086.spe 188.9 1121.89 6.22 1 1.86E-02 -0.0101 9.62E-03 0.0933 16461 1.36 13 174 44 0 83 575 3252 1507 0 161 663 112343 188 192 434 134 312 281 4237 127 322 30 137 0 74 107 1196 2062 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002087.spe 188.95 1122.39 6.23 1 1.86E-02 -0.0101 9.58E-03 0.0933 16172 1.23 7 175 21 0 54 632 3494 1500 79 139 786 112411 277 177 206 67 329 243 4063 179 428 19 130 8 66 105 1198 1918 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002088.spe 189 1122.89 6.23 1 1.86E-02 -0.0101 9.63E-03 0.0933 16563 1.13 0 214 51 0 57 796 3623 1693 93 162 776 118588 240 264 282 169 423 349 3978 121 515 25 132 26 78 126 1102 2088 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002089.spe 189.05 1123.39 6.23 1 1.86E-02 -0.0101 9.66E-03 0.0933 16864 1.22 0 194 45 0 35 710 3540 1656 73 170 673 119535 244 176 139 71 327 304 4303 254 342 63 183 33 54 65 1079 2008 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002090.spe 189.1 1123.89 6.23 1 1.86E-02 -0.0101 9.69E-03 0.0933 17168 1.26 15 214 62 9 82 769 3510 1604 83 178 929 124021 283 213 259 196 473 248 4453 166 542 39 237 33 52 101 1113 2047 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002091.spe 189.15 1124.39 6.23 1 1.86E-02 -0.0101 9.69E-03 0.0933 17247 1.21 17 208 68 0 57 778 3567 1708 0 90 801 127391 211 275 180 172 452 328 4431 323 423 43 240 0 115 126 1030 2103 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002092.spe 189.2 1124.89 6.23 1 1.86E-02 -0.0101 9.73E-03 0.0933 17586 1.25 16 183 42 7 89 656 3601 1685 55 179 832 137746 238 306 176 0 270 370 4380 17 432 21 244 38 92 144 1101 2053 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002093.spe 189.25 1125.39 6.23 1 1.86E-02 -0.0101 9.75E-03 0.0933 18131 1.32 0 201 63 20 75 728 3734 1850 58 206 842 151033 288 174 325 33 438 258 4420 176 468 24 159 24 45 96 1018 1931 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002094.spe 189.3 1125.89 6.23 1 1.86E-02 -0.0101 9.78E-03 0.0933 19248 1.37 0 203 58 0 32 618 3610 1495 87 199 680 176923 228 251 100 209 264 275 3764 89 457 46 158 73 36 68 1002 1715 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002095.spe 189.35 1126.39 6.23 1 1.86E-02 -0.0101 9.78E-03 0.0933 21038 1.16 0 184 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329 23 144 261 512 3977 105 413 36 212 64 45 51 747 1572 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002100.spe 189.6 1128.89 6.23 1 1.86E-02 -0.0101 9.84E-03 0.0933 23601 1.46 24 137 131 4 58 629 3181 1533 73 170 650 250073 191 232 253 87 317 565 4275 0 395 45 163 42 115 80 824 1644 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002101.spe 189.65 1129.39 6.23 1 1.86E-02 -0.0101 9.80E-03 0.0933 22141 1.4 11 136 140 0 86 696 3445 1754 38 188 629 220812 236 284 207 140 335 303 4313 0 339 39 203 50 90 75 917 1688 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002102.spe 189.7 1129.89 6.24 1 1.86E-02 -0.0101 9.80E-03 0.0933 21123 1.23 0 181 110 27 92 669 3642 1689 66 201 721 199712 181 195 138 0 312 407 4736 175 433 31 138 30 113 147 991 1767 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002103.spe 189.75 1130.39 6.24 1 1.86E-02 -0.0101 9.76E-03 0.0933 20231 1.29 18 167 84 14 62 712 3669 1620 70 242 734 183479 152 321 213 14 383 256 4768 126 456 37 174 58 62 141 994 1878 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002104.spe 189.8 1130.89 6.23 1 1.86E-02 -0.0101 9.75E-03 0.0933 19469 1.36 0 163 73 9 81 717 3666 1768 0 162 724 170966 253 192 164 80 292 327 4583 97 493 25 146 34 105 90 936 1833 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002105.spe 189.85 1131.39 6.23 1 1.86E-02 -0.0101 9.75E-03 0.0933 19290 1.16 15 187 57 0 62 739 3810 1777 42 231 828 166308 252 265 271 139 292 392 4642 161 259 30 145 43 128 139 954 2003 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002106.spe 189.9 1131.89 6.23 1 1.86E-02 -0.0101 9.78E-03 0.0933 18715 1.33 0 178 39 0 92 797 3670 1757 79 207 816 158191 284 315 267 0 396 317 4683 181 349 23 247 29 85 19 963 1874 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002107.spe 189.95 1132.39 6.23 1 1.86E-02 -0.0101 9.83E-03 0.0933 18909 1.22 0 198 90 0 56 831 3903 1846 112 225 864 161807 303 144 209 9 357 383 4728 224 513 19 255 0 61 100 1092 1829 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002108.spe 190 1132.89 6.23 1 1.86E-02 -0.0101 9.75E-03 0.0933 19822 1.23 16 188 57 0 90 751 3836 1888 54 172 812 179063 326 210 428 99 336 405 4635 15 468 9 278 32 87 153 1015 1808 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002109.spe 190.05 1133.39 6.23 1 1.86E-02 -0.0101 9.80E-03 0.0933 20416 1.22 0 218 67 0 53 912 3831 2169 62 273 840 192226 305 340 329 242 361 445 4779 19 439 39 254 39 118 80 912 1791 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002110.spe 190.1 1133.89 6.23 1 1.86E-02 -0.0101 9.82E-03 0.0933 20238 1.4 10 203 49 8 90 1009 4270 2022 99 309 859 190558 349 352 549 135 388 372 4603 0 629 45 349 54 57 96 890 1810 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002111.spe 190.15 1134.39 6.23 1 1.86E-02 -0.0101 9.87E-03 0.0933 19086 1.2 0 231 38 0 74 982 4380 2107 38 174 832 172968 301 296 303 102 270 536 4954 130 108 24 196 0 146 69 958 1764 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002112.spe 190.2 1134.89 6.23 1 1.86E-02 -0.0101 9.88E-03 0.0933 18245 1.36 24 225 46 0 79 1001 4792 2084 100 247 862 158217 346 319 388 115 376 507 5549 60 284 28 284 38 37 52 779 1817 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002113.spe 190.25 1135.39 6.23 1 1.86E-02 -0.0101 9.90E-03 0.0933 17745 1.31 15 273 57 0 59 967 5005 2026 122 172 912 148666 365 181 315 116 225 330 5916 147 496 26 248 26 80 108 921 1837 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002114.spe 190.3 1135.89 6.22 1 1.86E-02 -0.0101 9.90E-03 0.0933 16911 1.24 0 218 32 8 86 968 5331 2050 35 185 796 136838 408 299 356 102 334 345 6012 123 340 17 204 38 127 116 880 1959 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002115.spe 190.35 1136.39 6.22 1 1.86E-02 -0.0101 9.93E-03 0.0933 16300 1.19 44 233 27 4 78 974 5594 1871 56 214 834 125211 335 149 205 31 374 429 6656 237 413 36 310 0 35 98 911 1906 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002116.spe 190.4 1136.89 6.22 1 1.86E-02 -0.0101 9.84E-03 0.0933 15874 1.21 18 309 35 20 107 1044 5848 2057 89 236 813 117076 223 156 75 190 354 321 7143 108 378 36 226 58 119 0 867 2075 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002117.spe 190.45 1137.39 6.22 1 1.86E-02 -0.0101 9.80E-03 0.0933 15767 1.13 0 223 41 0 78 1097 6149 2293 48 137 823 115037 317 295 462 214 398 366 7487 225 302 20 230 26 116 71 915 1991 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002118.spe 190.5 1137.89 6.22 1 1.86E-02 -0.0101 9.78E-03 0.0933 15854 1.34 11 292 15 0 111 995 5942 2064 101 157 857 115067 282 310 172 0 177 359 7419 56 458 16 239 45 102 64 907 2020 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002119.spe 190.55 1138.39 6.22 1 1.86E-02 -0.0101 9.85E-03 0.0933 16117 1.2 8 268 44 0 69 1038 5631 2156 55 194 899 120122 262 154 245 141 272 302 7236 114 454 26 286 0 110 110 903 2030 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002120.spe 190.6 1138.89 6.22 1 1.86E-02 -0.0101 9.87E-03 0.0933 16072 1.27 34 266 43 0 80 1040 5926 2223 0 239 849 120373 347 254 359 142 311 277 6985 234 535 43 297 0 126 62 887 1941 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002121.spe 190.65 1139.39 6.22 1 1.86E-02 -0.0101 9.80E-03 0.0933 16008 1.22 11 234 36 0 135 986 5567 2065 5 229 864 119253 301 185 361 238 291 298 6757 314 634 7 270 21 89 74 956 1936 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002122.spe 190.7 1139.89 6.22 1 1.86E-02 -0.0101 9.85E-03 0.0933 16043 1.17 18 232 25 0 122 958 4900 2182 19 228 903 121819 327 214 273 46 292 273 6335 226 483 0 245 42 95 114 959 1885 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002123.spe 190.75 1140.39 6.22 1 1.86E-02 -0.0101 9.86E-03 0.0933 16376 1.16 15 228 26 11 94 988 4847 2115 51 179 911 126250 239 209 269 270 420 329 6268 184 611 27 282 23 98 60 815 1852 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002124.spe 190.8 1140.89 6.21 1 1.86E-02 -0.0101 9.70E-03 0.0933 17205 1.15 0 194 37 0 68 915 5307 2319 70 159 1012 135714 376 247 395 113 252 399 6269 89 766 33 258 26 110 96 959 2074 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002125.spe 190.85 1141.39 6.21 1 1.86E-02 -0.0101 9.74E-03 0.0933 16917 1.15 8 247 13 0 90 952 5153 2443 62 225 1020 133213 352 198 461 131 325 394 5919 319 825 11 194 44 98 132 1057 2038 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002126.spe 190.9 1141.89 6.21 1 1.86E-02 -0.0101 9.79E-03 0.0933 16627 1.09 8 203 42 0 50 924 5029 2427 179 201 947 128703 349 285 314 19 316 339 6151 104 722 37 281 0 83 88 964 2073 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002127.spe 190.95 1142.39 6.21 1 1.86E-02 -0.0101 9.81E-03 0.0933 17516 1.23 0 201 51 11 95 825 4521 2291 157 239 1003 143493 292 452 175 90 316 449 5842 259 663 10 195 20 130 0 1028 1950 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002128.spe 191 1142.89 6.21 1 1.86E-02 -0.0101 9.83E-03 0.0933 16858 1.35 14 187 20 0 77 754 4609 2117 124 246 989 131170 372 329 209 0 280 372 5634 108 559 23 234 23 88 54 1152 1973 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002129.spe 191.05 1143.39 6.21 1 1.86E-02 -0.0101 9.75E-03 0.0933 16236 1.19 16 194 20 0 98 778 4943 2071 163 166 961 124348 253 312 253 0 272 426 5847 205 723 0 269 15 62 51 945 1937 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002130.spe 191.1 1143.89 6.2 1 1.86E-02 -0.0101 9.78E-03 0.0933 16385 1.3 0 250 32 0 63 851 5210 2194 79 212 979 126443 291 146 372 0 359 482 6154 59 752 31 223 33 114 0 947 1981 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002131.spe 191.15 1144.39 6.2 1 1.86E-02 -0.0101 9.78E-03 0.0933 17279 1.21 5 268 27 0 84 1007 5905 2538 80 229 1107 137548 273 297 278 151 292 390 6163 310 636 24 250 31 134 101 854 2039 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002132.spe 191.2 1144.89 6.21 1 1.86E-02 -0.0101 9.76E-03 0.0933 17062 1.19 16 283 27 0 94 1047 5788 2840 61 193 1133 136641 259 95 242 31 263 325 5884 205 539 32 234 4 132 42 968 2124 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002133.spe 191.25 1145.39 6.21 1 1.86E-02 -0.0101 9.72E-03 0.0933 16600 1.16 10 272 39 7 99 977 5634 2497 26 207 1004 130494 291 243 501 68 359 190 5856 113 485 28 196 44 165 21 816 1962 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002134.spe 191.3 1145.89 6.2 1 1.86E-02 -0.0101 9.69E-03 0.0933 16424 1.12 0 248 28 0 72 881 5330 2291 51 210 1016 126767 317 199 260 127 260 263 6038 97 667 49 224 32 81 48 882 1996 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002135.spe 191.35 1146.39 6.2 1 1.86E-02 -0.0101 9.70E-03 0.0933 16530 1.28 19 204 45 0 76 904 5325 2790 114 244 1106 128845 276 228 362 148 324 242 5925 141 706 40 215 47 117 84 953 1955 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002136.spe 191.4 1146.89 6.2 1 1.86E-02 -0.0101 9.77E-03 0.0933 16433 1.17 0 234 36 0 55 957 5046 2652 62 246 1013 128610 296 363 369 209 439 256 5989 135 606 29 197 57 79 0 820 1940 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002137.spe 191.45 1147.39 6.19 1 1.86E-02 -0.0101 9.89E-03 0.0933 16406 1.14 0 243 23 0 84 1044 5069 2504 111 231 1074 129316 348 202 423 56 392 310 6143 183 568 19 210 27 57 63 921 1922 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002138.spe 191.5 1147.89 6.19 1 1.86E-02 -0.0101 9.92E-03 0.0933 16295 1.15 9 212 18 0 36 1009 5360 2557 32 206 1032 125647 325 268 479 136 397 353 6275 115 788 46 198 63 117 60 837 1902 C:\Data\Ray Bradley\Lower Sermilik Lake\LSRMA2\XRF data\L002139.spe 191.55 1148.39 6.19 1 1.86E-02 -0.0101 9.87E-03 0.0933 16258 1.1 5 180 33 0 70 1029 5284 2485 35 199 991 124909 334 189 567 74 328 385 6005 223 811 25 259 64 103 149 938 1900