参 考 文 献open_jicareport.jica.go.jp/pdf/11717022_03.pdf参 考 文 献 1．図幅類 (1)...
TRANSCRIPT
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参 考 文 献
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参 考 文 献
１．図幅類
(1) Geological Research and Development Centre 1992,Geological Map of the Pacitan,
Quadrangle,Jawa.1:100,000.
(2) Geological Research and Development Centre 1992,Geological Map of the Tulungagung Quadrangle,
Jawa.1:100,000.
(3) Geological Research and Development Centre 1992,Geological Map of the Madiun Quadrangel,
Jawa.1:100,000.
(4) Geological Research and Development Centre 1992,Geological Map of the Probolinggo, Jawa.1:100,000.
(5) Geological Research and Development Centre 1992,Geological Map of the Kediri, Jawa.1:100,000.
(6) Geological Research and Development Centre 1992,Geological Map of the Surakarta-Giritonro
Quadrangle, Jawa.1:100,000.
(7) Geological Research and Development Centre 1992,Geological Map of the Lumajang Quadrangle,
Jawa.1:100,000.
(8) Geological Research and Development Centre 1992,Geological Map of the Jember Quadrangle,
Jawa.1:100,000.
(9) Geological Research and Development Centre 1992,Geological Map of the Malang Quadrangle,
Jawa.1:100,000.
(10) Geological Research and Development Centre 1992,Geological Map of the Turen Quadrangle,
Jawa.1:100,000.
(11) Geological Research and Development Centre 1992,Geological Map of the Blitar Quadrangle,
Jawa.1:100,000.
(12) DMR, 1994,Metallic Minerals Distribution Map of East Java Province. 1:500,000.
(13) Geological Research and Development Centre 1998,Geological Map of Indonesia, Surabaya sheet.
1:1,000,000.
Baeber,A.J. and Wiryoaujono(ed),1979, The Geology and Tectonics of Eastern Indonesia. Proceedings of the
CCOP-IOC SEATAR Working Group Meeting, Bandung, Indonesia.415pp.
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Govett, G.J.S.(ed) 1983, Handbook of Exploration Geochemistry, vol. 2, Statistics and Data Analysis in
Geochemical Prospecting, pp.437.
Baski,A.,Su,amgara,D.A., Sinambela, D.,1994, The Gunung Pongkor Gold Silver Deposit, West Java,
Indonesia, J.of Geochemical Exploration, 50,p.371-391.
Clode,C.,Proffett,J.,Mitchell,P., and Munajat,I.,1999,Relationships of Intrusion, Wall-Rock Alteration and
Mineralisation in the Batu Hijau Copper-Gold Porphyry Deposit, PACRIM'99,p.485-498.
Mason, B. and Moore, C., B.,1982, Principles of Geochemistry, Fourth Edition. John Wiley & Sons, pp.344.
Rankama, K. and Sahama, 1950, Geochemisry.Th.G. The University of Chicago Press,pp.912.
岩波書店,1983,インドネシア地域のテクトニクス．岩波講座地球科学 16「世界の地質」，399－424．
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写 真
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G021
G149
50u 100u
Py
Py
Sp
Sp
Py
Py
Cp
Cp
Co
L024
100u 30u
Py
Gn
SpGoe
Gn
Py Py
Py
Aca
10u100u
Py-pyrite, Au-gold, Gn-galena, Cp-chalcopyriteCha-chalcanthite, Bo-bornite
Cp
Cp
Cp
Cp
Gn
Bo
Bo
Au
Gn
Goe-goethite, Aca-acanthite
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Meeting before field survey
Geological excursion at the start of the survey
Panning and sieving, Wonogiri district
Panning and sieving, in the Wonogiri district
Selogiri mine 1 (South)
Selogiri mine 2 (North)
Photo.A-3 Work in the Regional Geochemical Survey Area (1)
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Alteration zone, south of Selogiri
Survey work with automobile
Selogiri
Scenery of the south of Blitar
Kaolin mine, south of Blitar
Chalcopyrite-pyrite-quartz boulder
Purwodadi
G. Semeru from the southeast, Lumajang
Photo. A-4 Work in the Regional Geochemical Survey Area (2)
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Galena-Spharelite Ore from the Sumurup
River (1)
Galena-Spharelite Ore
from the Sumurup River (1)
Galena-Spharelite Ore
from the Beloran River (1)
Chalcopyrite-Malachite Ore
From the Salak River
Photo A-5 Mineralized Rock Samples from the Geological Survey Area
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Sph
Sph Sph
Sph
Gn
Cp
Gn
100u100u
Cp
CpPy
Sph
Gn
Gn
Py-pyrite, Cp-chalcopyrite, Sph-sphalerite, Gn-galena Cer-cerusite
M071
100u
P035
100u
100u
Py
Sph
Py
Cp
Gn
Py
Py
Bis
Sph
Py
Py
Py
Cer
Cer
Gn
100u
100u 200u
Py
Gn
Gn
S
S
Py
Py
Py
Sph
Sph
Sph
Gn
Q054
M071
P035
100u
Py-pyrite, Cp-chalcopyrite, Sph-sphalerite, Gn-galena, Cer-cerusite
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巻 末 資 料
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Table A-1 Results of Chemical Analysis of Minerlalized Rock Samples (1/8)
Sample code Cu Pb Zn Ag Au Hg As Sb(ppm) (ppm) (ppm) (ppm) (ppb) (ppb) (ppm) (ppm)
G 006 250 827 1446 5 100 178 4 0G 009 122 152 405 3 26 133 8 0G 016 115 184 380 3 74 199 8 0G 017 252 9310 3352 6 346 233 170 1G 018 2505 7230 19700 37 21086 489 1940 8G 020 46 267 205 3 180 222 8 0G 021 412 84 253 6 566 199 64 26G 023 827 39 149 5 472 0 2 1G 024 522 44 115 4 138 67 18 0G 026 47 39 116 1 18 113 5 3G 027 58 31 1342 0 8 122 6 2G 028 9959 1562 1734 31 773 222 208 2G 029 112 36 128 2 2 133 6 0G 030 10 6 9 0 2 233 0 2G 031 105 12 63 2 2 144 26 0G 032 103 18 1366 2 6 344 180 2G 037 22 20 58 2 0 122 2 0G 038 18 13 39 1 2 144 0 3G 039 29 21 55 2 0 33 6 2G 041 31 27 104 1 1 89 9 2G 043 74 31 22 1 4 11 16 0G 045 13 78 25 10 0 100 106 24G 047 47 29 17 3 106 33 80 0G 048 45 48 84 2 0 67 52 3G 049 18 34 93 2 34 22 50 0G 052 23 12 13 1 4 11 6 0G 053 145 268 393 3 436 44 2 2G 054 47 41 15 5 40 78 26 4G 055 47 27 31 3 0 1967 40 3G 056 61 15 19 2 4 22 0 2G 058 14 20 20 2 2 22 0 6G 059 153 800 1245 4 2 56 0 5G 061 35 36 65 2 18 78 22 2G 068 38 24 21 21 948 344 298 20G 069 85 64 99 19 1476 89 154 6G 070 9 66 20 3 4 178 8 0G 071 35 40 206 3 2 278 2 5G 072 113 18 51 4 36 33 48 2G 073 55 14 26 5 44 56 26 0G 074 13 21 42 2 73 100 118 2G 075 257 18 45 2 6 100 18 2G 076 135 14 26 3 24 100 42 2G 077 30 39 41 2 50 89 72 3G 078 16 9 7 2 10 44 0 2G 079 26 12 28 1 0 67 0 1G 080 30 22 14 2 224 44 194 1G 081 13 68 93 5 332 22 249 4G 082 22 136 46 17 224 33 660 5G 083 17 14 25 3 158 33 64 4G 084 30 36 87 2 93 73 87 0G 085 8 26 12 7 40 92213 56 6
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Table A-1 Results of Chemical Analysis of Minerlalized Rock Samples (2/8)
Sample code Cu Pb Zn Ag Au Hg As Sb(ppm) (ppm) (ppm) (ppm) (ppb) (ppb) (ppm) (ppm)
G 086 114 44 24 19 308 578 242 10G 088 22 12 46 4 4 2455 32 4G 092 39 17 52 2 5 5333 182 3G 093 48 21 48 2 5 989 8 1G 094 9 21 63 2 2 2555 6 2G 096 57 25 71 3 93 6222 620 8G 097 23 13 20 3 262 8099 480 9G 098 98 59 15 16 148 11 202 20G 099 84 36 14 4 674 0 80 14G 100 65 77 26 2 200 0 184 2G 101 34 98 25 4 299 78 168 8G 102 44 24 57 3 62 589 341 9G 103 11 27 57 4 35 844 389 5G 104 13 18 31 3 736 544 1040 24G 105 31 21 51 3 637 289 5700 28G 106 27 23 63 3 14 444 8 2G 107 52 24 71 14 192 678 760 10G 108 9 19 31 1 5 189 24 0G 109 1920 64 37 3 13 367 142 3G110 217 10 81 2 53 299 28 3G 111 33 74 261 4 7 598 970 1G 112 26 74 65 6 6 199 10 8G 113 45 45 108 3 18 132 42 2G 114 14 36 80 2 4 122 50 2G 117 16 23 75 2 6 311 6 6G 120 19 59 40 3 4 233 6 10G 122 9 21 16 2 13 133 64 7G 123 555 38 1252 4 6 356 8 2G 124 15 16 40 2 3 544 4 4G 126 7 18 40 4 3 556 0 6G 127 3 22 134 2 4 1466 6 4G 129 7253 20 20 16 22 533 20 10G 131 59 9 45 2 54 289 4 4G 133 17 15 151 2 4 333 2 2G 134 142 9 49 2 6 622 6 0G 135 522 390 15200 4 897 222 2 10G 136 32 14 187 3 18 667 6 6G 137 41 18 81 3 5 599 4 10G 138 75 39 39 5 22 517 4 10G 139 13 16 53 4 29 344 1060 8G 140 8 24 69 4 1 433 12 5G 142 28 31 214 4 4 166 4 6G 143 4 10 15 4 1 155 0 0G 144 130 15 896 3 3 211 2 8G 149 2028 41 2681 5 35 589 44 6G 151 45 19 99 4 137 355 399 5G 152 11 6 74 3 140 499 790 4G 153 41 19 11 3 980 389 40 8G 154 29 20 51 4 45 420 670 7G 157 24 19 29 4 15 0 218 6G 158 9 56 8 2 0 0 16 2G 159 18 17 13 3 26 0 6 4G 164 102 52 121 5 0 67 2 10G 169 139 130 236 8 3 11 6 0
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Table A-1 Results of Chemical Analysis of Minerlalized Rock Samples (3/8)
Sample code Cu Pb Zn Ag Au Hg As Sb(ppm) (ppm) (ppm) (ppm) (ppb) (ppb) (ppm) (ppm)
H 008 13 17 15 0 2 0 4 2H 024 28 66 18 2 4 0 0 6H 025 37 36 42 3 78 89 2 0H 026 4 473 42 4 1 1011 34 4H 027 12 24 22 5 2 136 98 4H 031 240 27 29 2 3 685 22 8H 039 16 18 8 2 3 93 24 8H 040 3 9 4 1 4 204 28 10H 041 6 25 7 13 4 185 12 12H 042 58 27 18 2 3 276 0 6H 043 7 26 4 2 9 73 44 7H 044 10 13 15 1 4 54 30 5H 045 12 17 20 2 3 389 8 8H 046 34 34 61 6 12 19 28 10H 047 9 17 27 2 1 55 15 13H 048 31 26 23 2 3 202 6 3H 050 9 23 63 1 4 37 62 8H 052 18 36 18 5 21 203 138 12H 053 60 12 31 7 12 0 28 10H 054 5 10 14 2 1 0 4 16H 055 14 41 26 2 4 56 54 12H 056 12 15 36 2 6 204 56 12H 058 8 25 20 2 2 73 24 14H 059 110 31 12 2 2 55 38 16H 060 48 57 159 3 8 129 5 17H 061 9260 58 41 5 10 56 1320 10
H 061-2 3090 67 33 3 1 130 130 10H 062 10510 47 55 4 4 0 2590 12H 063 136 53 15 1 60 74 24 3H 065 46 23 22 2 3 36 4 0H 066 25 28 45 2 1 167 4 9H 067 166 24 165 2 34 148 24 10H 068 27670 99 427 9 16 0 20800 12H 069 148 23 31 4 3 36 60 10H 070 28 22 116 1 3 37 8 6H 071 22 22 13 3 19 129 26 10H 072 377 33 12 3 11 74 390 110H 073 23 64 35 5 0 93 8 0H 074 260 76 30 5 0 74 270 4H 076 23 58 82 5 3 110 2 240H 077 47 52 918 4 1 56 0 20H 078 172 42 85 3 129 36 166 10H 079 21 29 12 2 5 0 2 9H 080 26 51 6 3 1 37 4 20H 081 22 13 4 2 0 204 20 110H 082 60 40 53 3 5 56 0 8H 083 94 56 59 3 107 222 56 28H 084 44 30 89 1 3 130 6 12H 085 31 27 54 2 3 389 0 10H 086 355 42 19 2 4 129 24 8H 088 16 9 14 1 4 148 14 12H 089 24 32 9 2 4 111 50 14
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Table A-1 Results of Chemical Analysis of Minerlalized Rock Samples (4/8)
Sample code Cu Pb Zn Ag Au Hg As Sb(ppm) (ppm) (ppm) (ppm) (ppb) (ppb) (ppm) (ppm)
H 096 767 69 234 2 7 130 0 10H 098 10 26 35 2 2 241 4 16H 099 11 20 26 1 3 93 53 10H 100 10 23 21 2 3 217 6 3I 019 51 28 30 1 9 109 72 4I 021 12 28 77 2 21 174 28 4I 022 64 18 28 2 13 152 32 2I 023 20 27 59 2 12 304 36 4I 029 18 16 25 1 1 391 570 2I 030 9 26 24 3 2 392 630 2I 031 26 35 26 2 2 370 12 5I 032 9 36 26 2 9 261 38 4I 033 24 34 101 3 5 87 8 4I 044 20 22 76 1 2 86 193 8I 045 49 636 1940 5 28 435 450 4I 046 40 441 1144 6 30 283 670 6I 047 17 25 44 3 18 217 140 8I 048 41 29 106 4 3 87 96 6I 049 45 34 116 3 1 44 64 7I 050 23 10 19 2 9 43 44 8I 051 31 25 18 3 3 0 24 9I 056 28 97 16 7 48 913 240 12I 057 6 34 28 3 1 348 27 7I 059 9 39 21 3 2 304 50 8I 060 67 45 82 4 2 109 0 6I 061 153 35 130 3 8 22 42 0I 062 22 48 45 2 4 0 1390 5I 063 34 27 87 3 5 500 12 21 064 27 38 77 2 2 152 6 11 065 32 33 119 3 9 457 144 0I 067 14 25 21 8 3 435 8 7I 068 41 72 23 1 140 304 58 12I 069 18 30 59 1 4 456 22 9I 070 83 152 35 2 150 239 46 16I 074 25 35 17 2 3 522 16 5I 076 80 23 78 2 0 717 0 8I 077 65 39 131 3 47 413 4 2I 078 56 44 112 3 3 0 20 45I 079 16 41 99 2 4 0 80 5I 081 566 23 57 1 80 739 4 4I 082 111 40 88 2 61 65 0 2I 083 525 26 63 1 9 304 0 18J 016 31 40 106 1 2 370 8 9J 017 30 33 97 2 0 73 0 8J 023 25 28 228 2 0 73 0 4J 025 78 365 23 22 308 21 1610 6J 026 51 68 15 1 10 10 280 5J 027 63 36 98 5 1 31 4 2J 029 42 69 26 2 54 10 36 12J 030 45 113 21 3 232 0 500 4J 032 44 44 30 2 15 0 620 5J 033 27 83 26 5 76 0 40 12J 034 32 131 20 4 1378 0 585 15J 035 58 72 44 3 116 0 480 8
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Table A-1 Results of Chemical Analysis of Minerlalized Rock Samples (5/8)
Sample code Cu Pb Zn Ag Au Hg As Sb(ppm) (ppm) (ppm) (ppm) (ppb) (ppb) (ppm) (ppm)
J 036 85 15 31 3 117 85 120 7J 037 94 12 25 2 4 37 46 8J 038 95 14 34 2 23 0 8 10J 039 96 9 46 3 4 0 8 2J 040 95 18 26 3 74 49 28 12J 041 96 12 17 2 7 24 30 8J 042 91 8 13 10 4950 85 8 6J 043 98 29 97 4 200 61 194 12J 044 122 17 15 4 52 61 22 3J 045 96 10 19 2 7 12 4 4J 048 104 19 48 4 2 61 0 9J 051 378 24 88 3 6 37 8 5J 052 1533 7145 978 16 312 85 2 4J 053 110 989 41 4 7 85 0 0K 011 99 125 49 4 1 451 36 5K 028 109 63 74 4 4 134 4 1K 029 120 49 70 2 15 915 6 10K 031 113 59 78 3 4 134 32 1K 035 97 42 16 2 10 98 34 10K 042 175 31 217 3 1 195 0 8K 048 109 35 73 3 4 61 46 3K 054 93 23 17 1 5 37 20 12K 055 97 40 33 2 10 37 52 12K 056 111 21 81 2 55 49 1900 10K 057 113 19 20 2 36 439 630 12K 058 109 24 24 3 24 12 540 9K 059 109 92 328 7 25 98 700 18K 060 94 14 118 5 97 963 80 6K 061 96 35 31 4 17 244 176 14K 062 95 130 132 5 53 134 100 12K 063 39 30 73 3 17 98 20 5K 064 425 35 47 11 125 244 76 10K 065 132 33 52 8 742 703 54 12L 008 88 52 23 5 36 98 24 0L 009 93 22 12 4 259 122 450 8L 010 137 15 60 2 12 73 22 3L 011 40 15 96 3 13 85 6 2L 016 45 4 17 4 17 537 740 20L 017 198 32 98 7 280 37 360 5L 018 186 21 94 4 8 24 70 6L 019 178 14 57 2 14 24 50 24L 020 96 19 77 2 1 12 12 0L 021 45 18 41 7 84 12 202 0L 024 117 337 414 12 140 122 1220 90L 027 134 29 67 2 1 37 0 14L 030 108 22 49 69 811 1524 1180 6L 031 117 28 57 1 10 159 2 5L 032 378 43 40 3 16 85 290 9L 034 27 36 16 2 24 37 10 8L 035 94 21 24 1 48 73 18 9L 036 287 483 41 4 10 314 446 60L 037 125 27 26 2 1 105 98 2L 038 102 22 24 2 2 2081 40 8L039 100 69 16 2 3 349 76 10L 042 311 20 205 3 2 209 10 7
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Table A-1 Results of Chemical Analysis of Minerlalized Rock Samples (6/8)
Sample code Cu Pb Zn Ag Au Hg As Sb(ppm) (ppm) (ppm) (ppm) (ppb) (ppb) (ppm) (ppm)
A 001RM 479 326 126 6 227 198 6 10A 002RM 539 138 27 3 209 349 4 12A 005RM 126 80 107 2 90 198 88 12A 008RM 1589 187 229 2 14 256 12 8A 009FM 313 963 444 3 16 302 7 14A 009FM 334 46 3825 2 41 535 22 7A 009FM 106 47 46 25 309 419 32 18A 010RM 173 296 241 3 12 674 6 12A 011RM 120 22 363 1 2 593 70 1A 012FM 173 32 18 5 43 454 110 15A 012FM 101 23 53 2 3 558 2 8A 013FM 102 13 11 2 0 302 0 10A 014RM 106 79 401 3 7 884 168 5A 018FR 112 22 46 1 3 256 2 8A 019FR 106 23 70 2 0 302 0 7A 020FR 323 24 3169 3 7 337 138 10A 021RX 105 16 117 1 0 267 0 8A 021RM 141 14 53 1 26 802 0 10A 022FM 835 11 21 3 1 419 20 14A 023FM 23140 17 76 6 554 70 2 0A 024RM 137 13 20 2 5 81 0 9
A 026F 19210 15 335 5 67 81 0 8A 027RM 131 22 52 2 2 47 0 2A 028FM 5850 4 16 1 9 46 32 7A 029FM 25230 22 526 17 65 186 0 2A 031R 133 11 25 1 8 93 0 12
A O33FM 583 16 17 14 26 291 0 0A 036FR 111 9 6 1 9 35 22 12A 040FM 128 25 40 8 34 140 160 14A 041FM 8220 362 155 48 679 651 292 8A 042FM 2540 19 23 3 51 500 136 12A 043RM 215 21 42 1 18 767 38 8A 044FM 163 34 189 6 235 337 8100 14A 045RM 190 508 3685 8 676 267 1680 10A 046RM 106 22 53 1 9 314 245 9A 047RM 122 19 66 2 9 477 28 16A 048RM 282 53 268 2 53 372 88 15A 049FM 1066 705 374 788 30350 1756 410 480A 052RM 124 14 12 8 78 779 6 20A 053FM 102 19 17 1 63 151 0 20A 055RM 100 25 36 4 29 70 0 0A 056RM 688 89 113 2 23 221 10 8A 057FM 97 17 8 0 21 23 0 10A 058FR 104 9 7 0 11 0 0 8A 060FM 125 222 166 2 55 105 3 11A 061FM 92 9 12 1 6 130 0 2A 063RM 133 50 243 2 11 109 28 0A 064FM 2391 86 499 3 324 87 102 4A 065FM 2209 54 33 8 94 967 50 2A 066FM 98 337 13 3 5 22 6 2A 067RM 1435 19 172 4 0 32 200 3A 068FM 93 16 10 0 3 43 0 3A 069R 100 25 135 3 3 0 18 1
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Table A-1 Results of Chemical Analysis of Minerlalized Rock Samples (7/8)
Sample code Cu Pb Zn Ag Au Hg As Sb(ppm) (ppm) (ppm) (ppm) (ppb) (ppb) (ppm) (ppm)
A 070R 96 30 82 2 2 22 4 4A 071FM 106 21 70 2 0 120 0 5A 077F 114 30 76 1 0 196 0 3A 078F 119 43 26 5 0 402 14600 16
A 080FM 129 242 11 0 0 0 2 1A 081FM 1529 95 43 1 1 11 4 1A 082FM 288 172 62 2 199 0 40 0A 083RM 156 27 22 4 0 0 4 2A 084FM 1774 223 205 21 306 0 2 8A 085FM 427 844 42 10 25 0 40 6A 086FM 325 706 73 3 1 11 2 1A 087RM 179 103 169 4 2 33 7 6A 087RM 506 666 216 5 11 22 6 4A 087RM 587 873 632 8 7 22 18 9A 088RM 146 379 422 4 0 185 6 7A 089RX 117 157 426 10 0 33 0 5A 090FM 6661 1547 23100 15 151 32 42 10A 091FM 7986 2378 46200 52 489 0 0 3A 092FM 399 704 269 3 838 0 0 8A 093RM 240 19 3500 2 0 0 0 8A 095RM 5276 25 683 6 5 34 0 1A 096FM 160 86 265 8 0 0 2 5A 097RM 426 30 76 7 6 11 0 0A 098RM 108 48 69 4 1 11 2 1A 099RM 424 32 187 4 0 11 0 4A 101FM 517 1227 330 135 194 576 45 12A 103FM 2071 127 695 11 76 11 20 6A 104RM 119 842 392 6 6567 391 54 7A 105RM 195 11 95 6 68 174 128 2B 001R 441 5546 4000 5 1672 22 4 6B 002R 103 23 38 3 3 43 6 3B 003R 872 27 250 3 5 0 10 1B 005R 179900 73 22800 10 21 50 0 1B 006R 422 38 274 5 1 0 48 0B 007R 1403 662 22900 7 8 0 6 1B 008R 24300 46 226400 12 23 25 36 2B 009R 75400 38 2400 9 556 0 12 7B 010R 164 55 55 6 7 63 0 7B 011R 242 12 86 2 4 50 0 6B 012R 9760 30 133 20 10 25 0 6B 013R 198 31 452 3 2 0 2 3B 014R 956 2639 666 6 40 0 25 5B 015R 522 30 80 4 2 63 28 3
B 016RM 85100 1016 906 19 71 888 3120 200B 017R 201 25 195 3 5 475 142 8B 018R 256 55 45 5 5 125 0 4B 019F 18700 39 92 7 16 50 38 4B 020R 104 58 24 16 1088 0 12 8
B 021R-A 903 54 63 6 23 0 6 6
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Table A-1 Results of Chemical Analysis of Minerlalized Rock Samples (8/8)
Sample code Cu Pb Zn Ag Au Hg As Sb(ppm) (ppm) (ppm) (ppm) (ppb) (ppb) (ppm) (ppm)
B 021R-B NS NS NS NS NS NS NS NSB 023R 111 23 34 3 89 25 210 7B 025R 246 44 19 3 1 0 2 7
B 026RM 187 8 45 2 9 75 46 0B 027RM 118 10 18 2 1 50 2 4B 028RM 212 26 331 2 13 0 20 3B 029FM 275 12 108 2 43 0 26 4C 001R 115 15 38 2 10 0 4 3C 002R 94 6 11 0 2 50 2 2C 003R 111 13 33 2 4 188 34 6C 005R 301 349 783 3 3 188 2 8C 007R 115 6 120 1 3 138 4 8C 008R 1509 27 297 3 3 63 5 6C 009R 102 30 21 2 3 0 30 6TRI 1 113 15 47 4 55 0 30 2TRI 2 97 5 37 2 4 100 6 4TRI 3 130 41 24 6 31 0 24 9TRI 4 116 19 55 2 14 0 8 0TRII 1 1499 39 157 5 12 0 8 3TRII 2 113 6 25 3 1 0 6 1TRIII 1 411 18 67 3 9 0 6 3TRIII 2 790 27 54 4 4 0 6 5TRIII 3 109 51 119 4 4 0 0 4TRIII 4 119 20 27 4 6 13 0 9TS 01R 99 25 25 4 4 0 6 18TS 02R 100 12 22 3 9 0 8 4TS 03R 113 9 19 3 10 0 18 5TS 04R 928 26 22 3 3 0 2 10TS 05R 1110 35 183 4 10 0 28 12TS 06R 6300 63 2661 8 9 0 4 7TS 07R 72 12 43 4 1 0 0 5TS 08R 13200 19 72 4 5 38 6 0TS 09R 100 13 19 2 10 13 20 6TS 10R 1831 39 74 6 8 0 2 6TS 11R 117 17 39 2 6 0 4 8GD 01R 114 20 22 36 5 38 8 12PLS-2 102 19 72 4 3 38 2 4PLS-3 113 23 130 3 3 25 2 1PLS-4 95 14 18 1 5 50 0 6PLS-5 112 7 19 2 1 37 0 2PLS-6 1193 262 189 2 8 50 12 10PLS-7 219 22 180 2 1 0 6 2PLS-8 5150 20 58 3 0 0 0 4PLS-9 24900 30 188 9 3 25 0 1
PLS-10 139 11 12 3 0 0 0 3
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Tab
le A
-3 R
esu
lts
of
Chem
ical
Anal
ysis
of
Str
eam
Sedi
ments
(1/20)
12
34
56
78
910
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
SA
MP
LE
Au
Ag
Al
As
Ba
Be
Bi
Ca
Cd
Ce
Co
Cr
Cs
Cu
Fe
Ga
Ge
Hf
InK
La
Li
Mg
Mn
Mo
Na
Nb
Ni
PP
bR
bR
eS
Sb
Se
Sn
Sr
Ta
Te
Th
Ti
Tl
UV
WY
Zn
Zr
Hg
Au
ppm
ppm
%pp
mpp
mpp
mpp
m%
ppm
ppm
ppm
ppm
ppm
ppm
%pp
mpp
mpp
mpp
m%
ppm
ppm
%pp
mppm
%pp
mpp
mpp
mpp
mpp
mpp
m%
ppm
ppm
ppm
ppm
ppm
ppm
ppm
%pp
mpp
mpp
mpp
mpp
mpp
mppm
ppm
ppm
G001S
0.0
22
0.2
10.5
20.3
240
0.7
90.1
31.2
50.5
520.1
20.2
43
3.3
837.4
5.8
120.3
0.2
21.6
0.0
56
0.8
39.3
19.8
1.0
72450
0.8
81.1
2.7
20.2
440
26.9
26.5
0.0
02
0.0
10.8
61
1144
0.1
70.2
2.5
0.4
0.3
60.3
179
0.9
13
304
45.3
0.0
3G
002S
0.0
09
0.0
69.7
83.1
154.5
0.6
10.0
22.3
30.1
917.6
531.6
108
1.7
34.8
9.4
522
0.2
52.4
0.0
20.5
87.9
17.2
1.8
1505
0.6
41.4
81
31.7
480
12.4
17.4
0.0
04
0.0
10.0
71
1186.5
<0.0
5<0.0
52.6
0.7
90.1
70.4
439
0.2
14.7
157
82.7
0.0
1G
003S
0.0
04
0.0
39.5
41.7
149.5
0.7
30.1
2.4
60.0
816.4
522.8
41
0.9
927.5
5.7
918.0
50.2
22.2
0.0
83
0.6
7.4
15.4
1.6
11160
0.5
2.0
32
19
490
6.2
17
0.0
02
<0.0
10.0
71
0.8
207
0.1
2<0.0
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0.4
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223
0.3
13.6
80
76.1
0.0
1G
004S
0.0
02
0.0
410.0
53
202
0.7
90.0
72.0
70.1
523.4
32.5
69
1.5
845.6
7.9
921.4
0.2
62.7
0.0
24
0.5
49.9
17.5
1.6
51665
0.3
0.7
10.8
32.1
460
10.1
19
0.0
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0.0
1<0.0
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0.8
190
<0.0
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0.6
20.1
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325
0.1
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111
89.5
0.0
1G
005S
<0.0
01
0.0
410.7
4.5
270
0.9
0.1
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20.0
925.4
25
36
1.5
442
6.6
721.1
0.2
22.8
0.0
22
0.3
310.5
19.8
1.0
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0.3
50.4
61
19.8
240
11.3
14.4
0.0
03
0.0
1<0.0
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0.8
145
<0.0
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0.5
0.1
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220
0.2
16.8
84
94.1
0.0
1G
006S
0.0
04
0.0
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61.9
141.5
0.6
50.0
11.8
90.1
16.5
24.6
58
1.3
338.2
7.5
220.5
0.2
71.8
0.0
05
0.4
78
15
1.4
81315
0.3
91.2
20.9
24.7
430
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13.5
0.0
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0.0
1<0.0
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0.8
152
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20.1
20.4
303
0.1
15
122
58.9
0.0
1G
007S
0.0
02
0.0
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92
140
0.6
3<0.0
12.0
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116.1
30.3
103
1.0
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0.2
91.9
0.0
09
0.4
87.2
11.5
1.5
41330
0.4
91.3
30.6
33.2
410
11.4
13.4
0.0
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0.0
1<0.0
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0.9
167
<0.0
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20.4
422
0.1
13.6
134
62.7
0.0
1G
008S
<0.0
01
0.0
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2.8
360
0.9
30.0
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30.1
134.3
41.2
41
1.0
243.2
8.6
723.5
0.3
3.1
0.0
20.2
611.2
13.5
0.8
92420
0.7
0.4
61.1
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470
12
11.1
0.0
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0.0
1<0.0
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1.1
98.3
<0.0
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0.6
30.2
40.8
316
0.2
18
109
105
0.0
1G
009S
0.0
04
0.0
410.6
51.1
240
0.7
60.0
41.3
50.1
22.6
38.9
70
0.9
448.2
9.4
523.6
0.2
83.1
0.0
14
0.2
49.5
15.3
1.1
12190
0.6
0.5
1.8
29.8
420
9.5
10
0.0
05
0.1
0.0
71
194.5
0.0
5<0.0
53.5
0.7
70.1
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374
0.1
16.4
120
102.5
0.0
1G
010S
<0.0
01
0.0
311.5
3.3
230
0.9
10.0
70.8
80.0
524.3
31.1
34
1.2
144.4
8.7
324.8
0.3
3.2
0.0
18
0.2
510.2
16.3
0.7
81445
0.6
20.3
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18.2
240
10.5
12
0.0
03
0.0
1<0.0
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0.9
83.1
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0.6
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303
0.2
16.8
95
110.5
0.0
1G
011S
<0.0
01
0.0
211.5
51.6
180.5
0.8
10.0
50.9
40.0
520.9
30.6
54
0.9
546.7
8.8
624.7
0.3
3.1
0.0
16
0.2
29.3
15.6
0.8
81200
0.3
30.3
60.7
25.7
250
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10.3
0.0
03
0.0
1<0.0
51
0.7
79.4
<0.0
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0.6
20.1
10.6
316
0.1
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97
104.5
0.0
1G
012S
<0.0
01
0.0
311.0
51.3
192.5
0.8
30.0
61.0
90.0
724.4
46.3
142
0.8
256.4
12.1
527.5
0.2
73.2
0.0
42
0.2
610.2
13.8
1.1
31745
0.3
70.4
11.1
40.4
330
10.2
10.4
0.0
04
0.0
1<0.0
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0.7
89.5
<0.0
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0.9
10.1
40.6
538
0.2
17.6
147
105
0.0
1G
013S
0.0
04
0.0
411.2
51.2
280
0.7
30.0
51.4
30.0
826
38.8
97
0.7
356.8
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224.9
0.2
83
0.0
25
0.3
211.1
13
1.0
91535
0.2
90.6
31.1
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390
10.1
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0.0
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0.0
1<0.0
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0.7
123.5
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0.6
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342
0.1
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115
102
0.0
1G
014S
<0.0
01
0.0
410.5
2.6
290
0.8
80.0
71.8
50.0
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34.7
53
0.9
246.4
8.0
423
0.2
63
0.0
28
0.4
411.2
14.2
1.2
31685
0.3
40.8
30.8
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350
10.9
14.4
0.0
03
0.0
1<0.0
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0.7
157
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0.5
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284
<0.1
18.6
102
101
0.0
1G
015S
0.0
01
0.0
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2330
0.8
30.0
71.2
90.1
29
43.1
93
0.9
757.8
11.1
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0.3
32.8
0.0
35
0.2
911.5
14.4
1.0
41895
0.2
10.4
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28.6
300
12
12.4
0.0
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0.0
1<0.0
51
0.6
158
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0.6
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17
136
92
0.0
1G
016S
0.0
02
0.0
210.4
<0.2
220
0.8
30.0
21.5
80.0
922.2
25.7
41
0.7
742.3
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221.2
0.2
83
<0.0
05
0.5
49.5
14.1
1.2
5971
0.5
0.8
41.2
20.8
410
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16.5
0.0
03
0.0
20.0
51
0.9
154.5
<0.0
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0.5
60.1
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246
0.1
16
95
102
0.0
1G
017S
0.0
06
0.0
310.7
51.3
202
0.7
50.0
42.0
80.1
321.9
28.3
39
0.9
40.8
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623
0.2
82.9
0.0
08
0.5
89.7
15.9
1.3
51150
0.5
30.9
41.2
20.4
560
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17.1
0.0
02
0.0
2<0.0
52
1166
<0.0
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0.6
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20.7
295
0.1
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104
97.7
0.0
1G
018S
0.0
04
0.0
211.3
52
181.5
0.9
10.0
70.7
20.0
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36.6
54
1.1
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11.0
525.9
0.3
13.1
0.0
32
0.2
10.8
13.5
0.7
41145
0.2
50.2
50.7
22
300
10.4
10.5
0.0
03
0.0
1<0.0
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0.6
71.1
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0.8
10.1
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444
0.1
17.6
126
108
0.0
1G
019S
0.0
03
0.0
211.2
1.4
210
0.8
90.0
51.0
60.0
927.1
27.1
39
1.0
250.2
7.1
823.8
0.2
53.3
0.0
18
0.3
312.2
15.6
0.9
31115
0.6
10.4
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20.7
510
10
13
0.0
03
0.0
40.1
31
1.1
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0.1
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0.5
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20.6
257
0.3
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95
108
0.0
1G
020S
<0.0
01
0.0
410.8
52.1
290
0.8
0.0
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30.1
430
34.8
57
1.0
354.4
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23.4
0.2
53.1
0.0
27
0.3
610.6
14.2
0.8
81265
0.3
70.3
81.1
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380
11.5
12.6
0.0
04
0.0
3<0.0
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0.8
136
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0.7
10.2
10.8
372
0.1
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109
100.5
0.0
1G
021S
<0.0
01
0.0
210.3
2.7
250
0.8
0.0
73.4
90.0
929.2
41.6
56
0.9
656.6
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422.6
0.2
62.8
0.0
22
0.2
310.9
15
0.9
1940
0.3
30.3
31
24.3
340
10.9
10.2
0.0
02
0.0
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0.7
146.5
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0.6
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80.6
316
0.1
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94
97.6
0.0
1G
022S
0.0
01
0.0
311.5
2.9
300
0.8
80.1
20.9
80.0
728.1
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55
0.9
157
8.2
924.5
0.2
53.3
0.0
45
0.2
11.5
17.9
0.8
81680
0.4
60.2
41.7
21.6
320
9.3
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0.0
03
0.0
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0.9
90.1
0.0
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0.6
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312
0.2
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89
107.5
0.0
1G
023S
<0.0
01
0.0
59.3
83.1
420
0.8
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336.9
38.7
36
1.2
351.4
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519.1
0.2
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0.0
14
0.3
313
16.8
0.9
22690
0.5
10.4
31.6
20.3
430
13.3
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0.0
03
0.0
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11
1241
0.0
50.0
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0.5
40.2
20.8
245
0.2
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87
89.1
0.0
1G
024S
0.0
01
0.0
512.8
2.3
202
1.0
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0.6
30.0
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29
1.2
455.9
11.1
27.6
0.2
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0.0
37
0.1
12.6
16.6
0.5
21485
0.1
90.1
0.8
19.4
370
12.3
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0.0
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0.0
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0.5
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0.6
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394
0.1
22.8
109
112.5
0.0
2G
025S
0.0
01
0.0
312.8
52.3
202
1.0
20.0
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70.1
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49.6
36
1.0
863.3
12.6
29.5
0.3
23.4
0.0
44
0.0
911.6
14.4
0.4
71950
0.2
30.0
80.9
22
440
11.1
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0.0
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0.0
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0.6
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0.7
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80.8
482
0.1
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131
116.5
0.0
1G
026S
0.0
17
0.0
69.5
86.4
184
0.8
80.0
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10.1
427.7
43.9
39
1.1
250.6
11.5
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0.3
32.8
0.0
38
0.0
911.2
16
0.5
61460
0.6
40.1
11.1
24.1
430
14.1
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0.0
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0.0
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92
1.1
104.5
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1.0
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568
0.4
19.5
130
98.3
0.0
1G
027S
0.0
01
0.0
48.8
0.7
174.5
0.6
20.0
27.7
90.1
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33.7
59
0.7
540.2
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319.6
0.2
62.4
0.0
07
0.2
210.3
11.3
0.7
81500
0.6
80.2
92.1
28.9
370
8.5
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0.0
03
0.0
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61
1130.5
0.0
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0.7
0.1
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349
0.3
17.2
112
81.7
0.0
1G
028S
<0.0
01
0.0
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44.9
182
0.5
30.0
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40.1
317.3
23.7
39
1.0
732.5
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816.5
0.2
22.3
0.0
25
0.5
57.9
14
1.1
21250
0.4
70.6
61.6
16.2
490
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14.6
0.0
03
0.0
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21
1358
0.0
5<0.0
52.2
0.8
10.1
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287
0.2
18.5
111
77.1
0.0
2G
029S
0.0
06
0.1
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56
146
0.6
10.1
115.5
0.2
120.3
16
19
1.5
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812.4
50.1
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0.1
710.5
28
0.7
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0.5
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18.6
490
10.9
11
0.0
04
0.0
40.3
81
1.1
275
0.1
60.0
63.4
0.3
40.1
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141
0.6
15.2
67
65.1
0.0
2G
030S
0.0
10.0
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40.9
184.5
0.4
0.0
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80.1
223.8
71.1
111
0.5
544.5
>25.0
27.5
0.3
91.4
0.0
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0.1
49.5
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1.3
52950
0.0
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70.4
30.9
270
13.8
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0.0
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0.6
146
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0.9
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0.1
12.4
318
48.7
<0.0
1G
031S
0.0
04
0.0
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91.2
260
0.8
10.0
61.8
30.0
626
32.7
40
0.9
647.9
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721.6
0.1
82.5
0.0
18
0.2
510.6
11.6
0.8
61550
0.0
90.4
40.3
18.2
270
11.1
10
0.0
03
0.0
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0.5
128.5
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0.5
10.1
20.6
283
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109
86.3
0.0
1G
032S
0.0
01
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210.7
51.5
174
0.8
40.0
50.6
70.0
524
29.9
51
1.0
343.1
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423.4
0.2
12.9
0.0
18
0.2
610.4
14.6
0.7
61035
0.2
40.2
31.2
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330
10.7
11.6
0.0
03
0.0
1<0.0
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0.6
57.8
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0.5
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287
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16.2
113
100
0.0
1G
033S
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212.3
51.5
181.5
10.0
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50.0
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26.5
38
1.0
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25.4
0.2
43.4
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0.2
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17.5
0.6
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0.3
90.2
11.1
22.3
290
10.5
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0.0
03
0.0
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0.7
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0.5
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236
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92
123.5
0.0
1G
034S
<0.0
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0.0
212.6
1.2
154.5
0.8
20.0
40.4
60.0
720.7
33.8
80
0.9
150
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627.1
0.2
92.9
0.0
24
0.1
49.8
18.7
0.7
81100
0.1
30.1
10.5
50.9
270
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0.0
02
0.0
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0.4
37.8
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0.5
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307
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106
104
0.0
1G
035S
0.0
11
0.0
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360
1.0
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42.1
50.1
130.5
34.3
35
1.9
952.2
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623.2
0.2
82.7
0.0
22
0.3
812.4
15.2
0.9
82040
0.2
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10.4
17.6
440
14.5
17
0.0
02
0.0
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0.9
210
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0.6
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311
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121
91.5
0.0
1G
036S
0.0
01
0.0
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62.6
280
0.7
90.0
71.3
30.0
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64.3
129
1.1
49.2
15.1
525.6
0.3
52.8
0.0
47
0.2
12.4
14.1
1.2
63200
0.3
50.3
70.5
33.5
350
14.5
9.2
0.0
04
0.0
1<0.0
52
0.6
101
<0.0
5<0.0
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1.0
90.1
71
641
0.1
20.3
170
98.2
0.0
1G
037S
0.6
14
0.8
88.9
9.3
360
0.6
20.2
81.6
40.4
734.8
35.5
54
1.4
969.3
7.6
321.6
0.2
32.1
0.0
83
0.3
813.2
13.4
0.9
3220
0.7
0.6
71.9
21.6
390
35.5
16.3
<0.0
02
0.0
90.2
31
0.9
143
0.0
60.0
63.4
0.6
10.2
50.7
288
0.2
19.8
177
82.9
1.3
7G
038S
0.0
07
0.0
88.9
24.9
158.5
0.5
20.0
53.5
20.1
417
24.2
28
2.5
330.9
6.1
221.3
0.2
31.7
0.0
45
0.6
37.6
21
1.1
21245
0.6
41.4
21.9
18
420
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21.8
<0.0
02
0.0
20.2
71
0.7
158
0.0
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0.4
90.2
10.4
226
0.2
15.2
123
66.3
0.0
1G
039S
0.0
41
0.0
88.8
44.5
153
0.6
60.0
81.8
50.1
618.6
22.4
48
1.5
839.1
6.7
122.2
0.2
32
0.0
56
0.5
69
18
1.2
71130
0.6
41.0
81.8
29.5
480
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20.5
<0.0
02
0.0
30.1
82
0.8
171
0.0
6<0.0
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0.5
70.1
80.5
267
0.2
17.6
127
77.4
0.0
7G
040S
0.3
06
0.2
210.2
9.3
137
0.8
0.1
11.2
10.5
217.6
24.1
46
2.3
845.5
5.9
923.3
0.2
11.1
0.0
71
0.6
57.9
21.4
1.2
41510
0.7
91.5
2.2
27.3
350
57.5
24.3
<0.0
02
0.0
10.2
81
0.8
145.5
0.1
30.0
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0.4
20.2
80.3
196
0.3
14.6
247
36.8
0.3
3G
041S
>2.0
04.6
28.2
789.9
270
0.6
0.8
61.0
81.9
222
23.1
72
2.1
2185.5
7.0
620.2
0.2
31
0.1
81.0
49.8
14.5
0.8
32470
1.0
41.0
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30.3
450
296
35.9
<0.0
02
0.5
31.2
92
1.1
116.5
0.2
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92.5
0.5
40.4
90.4
231
0.6
13
781
32.7
5.6
37.4
G042S
0.6
91
0.9
48.1
421.3
280
0.5
10.7
71.1
10.3
720.7
14
40
1.9
3294
7.8
19.6
0.2
20.7
0.1
61
0.8
38.7
16
1.0
3991
2.5
50.7
42.4
16.5
530
61.4
27.8
0.0
02
0.4
40.8
21.5
101.5
0.1
50.5
42.3
0.4
0.3
10.4
211
0.7
13.6
297
22.1
6.4
9G
043S
0.1
09
0.1
58.2
75
250
0.6
80.1
41.8
90.1
424.8
24.8
18
1.4
47
5.9
420.6
0.2
52.8
0.0
77
0.4
48.7
20.5
1.0
91525
0.3
10.7
90.5
14.4
310
16.7
18.2
<0.0
02
0.0
20.1
11
0.7
178
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0.5
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162
0.1
22.3
101
107
0.1
2G
044S
0.0
49
0.0
77.8
55
160.5
0.6
10.1
31.8
40.1
320.4
23.9
15
1.1
844.6
5.8
419.6
0.2
22.8
0.0
76
0.3
97.5
20.4
1.0
41280
0.4
90.7
70.7
12
300
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15
<0.0
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0.0
20.1
11
0.8
139
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0.6
20.1
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164
0.1
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89
109.5
0.1
1G
045S
<0.0
01
0.0
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73.7
340
0.8
0.1
2.6
50.1
30.9
28
10
1.1
639.7
5.2
919.7
0.2
2.4
0.0
63
0.4
48.2
15
11985
0.2
41.1
60.3
11.2
260
9.8
16.4
<0.0
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0.0
10.1
10.6
238
<0.0
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0.5
50.1
80.6
149
0.1
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77
93.8
0.0
1G
046S
<0.0
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0.0
67.8
72.8
240
0.6
50.1
2.2
10.0
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23.4
15
1.1
237.5
4.4
518.2
50.1
92.4
0.0
55
0.4
27.5
13.5
0.8
51445
0.2
61.0
80.4
8.2
180
8.3
14.6
<0.0
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0.0
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10.6
248
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0.4
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60.6
124
0.1
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62
96.9
0.0
2G
047S
<0.0
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0.1
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31.8
149.5
0.5
90.0
42.8
80.0
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41.2
102
0.7
646.8
6.9
618.5
0.2
61.7
0.0
59
0.6
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17.8
2.4
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0.2
51.9
40.9
97.4
720
417
<0.0
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0.0
10.0
91
0.6
142.5
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0.7
40.1
30.3
192
0.1
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81
62.4
0.0
1G
048S
<0.0
01
0.0
57.3
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114
0.4
70.1
2.3
30.1
14.3
24.1
30
0.7
148.7
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818.1
50.2
12.6
0.0
74
0.6
15.9
13.5
1.6
41095
0.4
60.8
30.9
18.4
450
4.1
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<0.0
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0.0
10.1
11
0.7
222
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0.6
70.1
20.5
219
0.1
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93
96.6
0.0
1G
049S
<0.0
01
0.0
57.6
32.4
98.8
0.4
80.0
62.7
90.1
313.7
520.7
17
0.6
652.3
5.9
618.4
50.2
22.7
0.0
66
0.6
25.9
12.2
1.6
4916
0.4
30.9
50.6
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510
2.2
15.2
<0.0
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0.0
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91
0.7
254
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0.6
0.1
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205
0.1
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91
102.5
0.0
1G
050S
<0.0
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0.0
67.3
63.3
160.5
0.5
10.0
92.5
80.1
318.2
22
18
1.1
46.6
5.8
118.5
0.2
12.8
0.0
66
0.6
77.2
16.2
1.2
11120
0.4
0.7
80.3
12.6
410
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19.8
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0.0
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91
0.7
231
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0.6
0.1
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188
0.1
21
90
106
0.0
1G
051S
<0.0
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0.0
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73.4
280
0.7
70.1
61.4
40.0
930.4
30.1
48
1.4
838.9
7.2
221.3
0.2
12.8
0.0
76
0.2
910.4
18
0.7
71440
0.2
90.4
80.8
22.6
400
12.2
13.8
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0.0
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10.6
118.5
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0.5
60.2
20.9
180
0.1
20
101
108.5
0.0
2G
052S
<0.0
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<0.0
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62.8
310
1.3
80.2
1.3
90.0
634.9
38.7
46
2.2
450.2
5.5
423.3
0.2
41.1
0.0
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1.0
416.6
12.4
1.0
31000
0.4
11.9
62.3
40.4
490
2.3
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41
1.3
122
0.0
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0.5
60.2
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170
0.2
23.2
88
35.8
0.0
1G
053S
<0.0
01
0.0
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4.1
330
0.6
70.1
14.0
40.1
128.9
26.2
21
1.7
59.5
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0.2
32.5
0.0
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0.7
610.4
19.2
1.0
61830
0.4
10.7
41.1
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370
10
26
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0.0
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31
0.9
417
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0.5
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193
0.1
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85
99.6
0.0
1G
054E
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0.0
47.8
12.4
300
0.6
40.0
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50.1
20.6
24.4
91.1
462.4
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518
0.2
12.3
0.0
54
0.7
27.7
15.8
1.1
31320
0.3
50.7
91
12.7
340
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21.2
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0.0
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0.7
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0.4
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165
0.1
18.2
78
88.8
0.0
1G
055E
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0.0
47.8
82.9
270
0.5
70.1
2.4
0.0
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22.4
12
1.1
353.5
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818.6
0.1
72.4
0.0
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0.5
47
14.7
1.1
1345
0.2
60.7
80.6
10.6
290
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0.0
10.0
81
0.5
280
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0.5
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174
0.1
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79
92.9
0.0
1G
056E
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0.0
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52.8
340
0.8
0.2
2.0
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135.9
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59
1.4
40.6
5.2
219.2
50.2
41
0.0
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0.7
713
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0.7
11290
0.4
12.2
11.2
22.3
350
5.6
27.2
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0.0
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51
1.1
174.5
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0.5
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174
0.1
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89
34.9
0.0
1G
057S
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0.0
78.2
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310
0.9
10.1
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90.1
447.6
33.2
122
1.9
51
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22
0.2
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0.0
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0.7
421.7
14.6
0.9
41205
0.3
11.3
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72
520
44.1
32.3
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0.0
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0.9
131
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0.5
60.2
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205
0.1
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131
43.5
0.0
1G
058S
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0.0
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1<5.0
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0.1
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0.1
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50.7
415.8
1.3
26.2
20.0
90.9
0.0
18
0.1
34.4
10.8
0.3
5747
0.2
20.1
61.3
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320
37.2
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0.0
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11
0.3
306
0.0
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0.1
30.0
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42
0.4
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31
32
0.0
1G
059S
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0.0
78.3
83.9
220
0.6
50.1
22.4
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24
26
1.0
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6.3
720.2
0.2
12.8
0.0
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0.5
49.1
16.3
1.2
61435
0.5
41.0
71
14.6
430
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15.8
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0.0
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41
0.8
201
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0.6
80.1
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211
0.1
27.4
113
107.5
0.0
1G
060S
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0.0
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53.2
260
0.8
20.1
81.3
20.0
832
30.1
19
1.4
831.6
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522.9
0.2
33.5
0.0
97
0.4
611.2
12.2
0.6
1650
0.4
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0.5
9420
15
12.6
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0.0
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0.7
103
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0.6
30.3
31.1
165
0.1
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93
132.5
0.0
2G
061E
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0.0
28.4
21.7
220
0.5
80.0
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80.0
620.9
32.5
76
1.4
946.5
6.5
920.1
0.2
32.1
0.0
59
1.2
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25.7
2.1
61390
0.2
52.8
30.9
56.5
760
3.1
28.1
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71
0.7
167
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50.1
60.3
202
0.1
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76
80.8
0.0
1G
062S
<0.0
01
0.0
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31.9
280
0.5
60.1
3.8
80.1
125.1
33.2
41
2.0
636.8
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720.3
0.2
52.2
0.0
67
0.7
210.5
10.4
1.4
1845
0.6
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13
740
12
29.4
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0.0
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1.2
347
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0.9
10.2
10.7
332
0.1
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127
84.9
0.0
1G
063S
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01
0.0
77.7
83.8
520
0.6
40.1
58.2
80.1
239.8
28.8
19
1.2
635.9
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817.0
50.1
52
0.0
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0.2
312
13
0.9
12450
0.5
80.9
33.5
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390
15.2
10.4
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0.0
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21
0.9
303
0.1
60.0
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0.5
30.2
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183
0.5
15
67
81.4
0.0
1G
064S
<0.0
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0.0
58.4
16.9
280
10.1
21.0
60.0
631.3
26.1
46
2.6
734.4
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20.8
0.1
90.7
0.0
65
1.1
113.4
11.8
0.9
51145
0.5
22.4
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23.3
430
12.1
52.1
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11
1.1
122.5
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0.5
80.2
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181
0.1
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91
25.1
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1G
065S
<0.0
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0.0
47.8
74.2
220
0.9
90.1
31.6
30.1
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32.5
70
2.1
249.5
6.5
621.2
0.2
51
0.0
66
0.7
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16.4
1.4
51300
0.2
91.9
41.3
58.1
510
10.1
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0.0
10.0
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0.8
126.5
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0.7
10.2
30.6
207
0.1
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106
36.1
0.0
1G
066S
0.0
01
0.0
510.4
53.1
230
0.7
70.1
50.8
20.1
227.8
41.6
31
1.3
8101
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726.1
0.2
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0.0
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0.2
10.2
15.7
0.7
31260
0.4
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50.6
21.1
470
16.6
9<0.0
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0.0
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72
0.8
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60.2
81
447
0.1
25.4
122
110.5
0.0
2G
067S
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0.0
69.9
35.7
180
0.7
50.1
71.6
60.0
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528.4
24
1.6
292.4
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223.1
0.2
32.5
0.0
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0.5
38.7
26
1.1
71180
0.6
0.4
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400
10.4
17.3
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0.0
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0.9
160
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0.6
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322
0.1
20
101
99.3
0.0
2G
068S
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0.0
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54.9
201
0.6
80.1
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21.3
35.5
25
1.5
584
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124.4
0.2
42.7
0.0
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0.4
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1.0
71685
0.6
20.3
60.6
20.6
390
15.2
13.6
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0.0
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1166.5
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388
0.1
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115
105.5
0.0
2G
069S
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0.0
711.1
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300
0.8
60.1
81.3
80.2
831.5
33.8
38
2.2
679.9
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525.7
0.2
33
0.0
95
0.1
415.4
22.2
0.5
71820
2.2
70.3
11.6
21.5
370
12.1
7<0.0
02
0.0
31.1
52
0.8
112.5
0.0
5<0.0
54.2
0.7
0.7
61.8
352
0.2
26.6
88
126.5
0.0
7G
070S
<0.0
01
0.0
67.6
317.3
185.5
0.4
80.1
31.5
40.1
420.7
72
109
0.8
960.2
20.4
28.5
0.4
51.9
0.1
05
0.1
18.7
15.4
1.0
12650
0.9
10.2
11.2
38.8
270
8.6
4.5
<0.0
02
0.0
20.1
11
0.3
104
<0.0
5<0.0
52.5
1.1
20.2
11.1
846
0.1
15.8
196
73
0.0
2G
071S
<0.0
01
0.0
58.0
514.6
190.5
0.4
80.1
35.5
0.1
620.3
47.7
52
1.1
460.7
13
23.4
0.3
21.9
0.0
88
0.1
9.3
16
0.8
41875
0.8
40.2
30.8
27.5
300
8.2
5.5
<0.0
02
0.0
50.1
10.5
169
<0.0
5<0.0
52.5
0.9
40.1
91.1
537
0.1
17
136
74.9
0.0
3G
072S
<0.0
01
0.0
49.8
917.9
260
0.7
40.1
42.8
40.1
623.8
30.4
29
1.4
666.4
8.9
322.4
0.2
42.4
0.0
76
0.1
212.1
17.4
0.6
61560
1.4
0.1
81.1
18.8
390
8.5
6.7
<0.0
02
0.0
20.3
51
0.7
125
<0.0
5<0.0
53.3
0.7
0.2
11.1
333
0.2
22.1
94
93.9
0.0
4G
073S
0.0
04
0.0
88.1
412
169
0.6
20.1
12.5
60.1
421.7
51
54
1.1
674.1
14.8
527.2
0.4
1.9
0.1
08
0.1
39.7
10.3
0.9
1980
0.6
90.2
51.3
26.4
390
11.3
7.3
<0.0
02
0.0
20.1
62
0.6
204
<0.0
5<0.0
52.8
1.1
40.1
90.7
648
0.1
19.2
164
69.6
0.0
5G
074S
<0.0
01
0.0
710.4
39.4
240
0.8
30.1
63.3
80.2
125.7
33.4
28
1.6
676.6
8.1
322.8
0.2
52.2
0.0
79
0.1
211.6
16.1
0.7
61595
5.3
20.2
11.7
18.2
390
10.7
7.7
0.0
02
0.0
40.9
12
0.8
192
0.0
5<0.0
53.4
0.6
60.2
61.3
305
0.2
19.8
81
80.3
0.0
3G
075S
<0.0
01
0.0
610.6
33.8
310
0.8
40.1
31.5
70.2
430.3
31.5
32
1.5
683.5
8.3
423.4
0.2
52.4
0.0
81
0.1
313
14.8
0.6
31715
6.5
40.2
83.4
18.6
390
12
8.6
<0.0
02
0.0
32.8
42
1139.5
0.1
80.0
73.6
0.6
80.3
51.1
306
0.5
20.9
84
88.3
0.0
3G
076S
<0.0
01
0.0
710.1
527.7
330
0.7
90.1
31.3
20.2
930
45.1
34
1.4
89.5
12.0
525.7
0.3
12.4
0.0
94
0.1
311.6
12.3
0.6
61835
3.7
0.3
52.9
20.7
390
12.4
8.1
<0.0
02
0.0
31.1
42
0.9
110.5
0.1
20.0
53.5
0.9
60.3
60.9
520
0.3
19.8
114
87.2
0.0
3G
077E
<0.0
01
0.0
57.8
83.7
230
0.5
70.0
82.1
70.1
222.2
47.6
93
0.8
654
12.2
522.5
0.3
22.1
0.0
91
0.4
67.6
7.4
1.2
1765
0.6
50.9
91.6
17.6
700
8.4
12
<0.0
02
0.0
10.0
62
0.7
161.5
<0.0
5<0.0
52
1.1
50.1
40.5
579
0.1
20.8
134
75
0.0
1G
078E
<0.0
01
0.0
67.4
412
250
0.4
60.0
45.9
10.1
218.1
545.4
62
1.3
64.1
13
21.9
0.3
11.6
0.0
81
0.3
96.8
11.4
1.3
1950
1.0
40.5
11
19.6
320
7.8
10.8
<0.0
02
0.0
30.1
32
0.7
221
<0.0
5<0.0
51.7
1.1
40.3
0.7
644
0.1
15.8
134
61.5
0.0
3G
079E
0.2
87
0.0
66.5
19.1
153
0.3
50.0
51.9
30.1
11.1
52.2
122
1.0
852
17.8
525.7
0.4
21.5
0.1
08
0.4
94.5
8.3
1.4
82060
0.1
40.7
21.1
23.4
440
7.2
12
<0.0
02
0.0
1<0.0
52
0.3
182.5
<0.0
5<0.0
51.2
1.4
0.2
20.3
913
<0.1
13.8
216
57
0.0
1G
080E
0.0
11
0.0
85.0
11.7
104.5
0.2
90.0
52.2
0.0
99.3
965.9
212
0.7
253.2
23.3
28.4
0.4
91.1
0.1
23
0.2
84
51.3
62390
0.0
90.5
90.8
33.6
370
7.2
7.9
<0.0
02
0.0
1<0.0
52
0.3
119.5
<0.0
5<0.0
50.9
1.3
60.1
10.3
1095
<0.1
11.9
281
41.6
<0.0
1G
081S
0.4
50.1
16.4
512
157.5
0.3
90.2
32.6
70.4
413.8
541.1
93
0.8
354
11.9
520.2
0.2
80.9
0.0
92
0.3
75.4
7.3
1.1
41900
0.7
30.5
0.9
22.2
460
19.3
12.6
<0.0
02
0.0
30.0
72
0.7
130
<0.0
50.1
1.1
0.8
80.1
70.3
525
0.1
14.4
175
32.3
0.0
1G
082E
0.0
09
0.2
25.8
57.1
126
0.3
70.2
82.2
70.1
912.7
36.1
92
0.6
547.2
10.3
17
0.2
40.7
0.0
80.2
95.1
5.7
0.8
81415
0.3
90.5
70.4
15.2
360
12.6
8.9
<0.0
02
0.0
4<0.0
52
0.7
123
<0.0
50.0
51
0.6
90.1
30.2
408
<0.1
13.2
126
21
0.0
1G
083S
0.0
04
0.0
78.5
97.2
190
0.5
10.1
31.7
30.2
616.1
528.3
36
1.0
455.8
7.3
718.7
50.2
1.2
0.0
73
0.4
16.2
8.4
1.2
11630
0.4
40.5
91
15.2
390
13.6
13.6
<0.0
02
0.0
20.0
81
0.7
129.5
<0.0
50.1
11.3
0.5
70.1
80.2
291
0.1
14.8
114
43.6
0.0
1G
084S
0.0
06
0.1
28.4
912.1
177
0.4
80.1
71.3
90.4
313.9
534
55
0.9
956
10
20.9
0.2
31.2
0.0
99
0.3
85.7
91.1
91605
0.5
30.6
81.3
17.6
420
20.4
13
<0.0
02
0.0
10.1
20.7
114.5
0.0
50.1
21.2
0.7
70.2
10.2
443
0.1
15
178
40.5
0.0
1G
085S
0.0
04
0.0
910.3
58.6
440
0.7
90.1
20.9
10.2
429.5
42.9
93
1.6
869
11.7
26.5
0.2
92.3
0.1
0.3
11.6
13.4
0.7
52000
0.4
60.3
11.3
26.9
680
20
13
<0.0
02
0.0
3<0.0
51
0.8
148
<0.0
5<0.0
53.8
0.8
30.3
31
445
0.1
18.7
163
79.9
0.0
3G
086S
0.0
04
0.0
99.8
119.1
350
0.8
30.1
90.7
80.2
431.7
33.2
21
2.0
860.9
7.6
121.7
0.2
12
0.0
82
0.6
112.2
16.6
0.5
52240
0.9
10.4
63.5
11.5
650
14.3
23.5
<0.0
02
0.0
60.1
12
1.1
122
0.1
20.1
32.9
0.6
20.3
80.8
242
0.2
20.5
82
74.2
0.0
2G
087S
0.0
03
0.0
68.6
36
240
0.6
10.1
91.2
80.1
21.5
40.8
100
1.5
53
13.4
525.5
0.3
52.1
0.1
10.3
39.1
11.2
0.8
41835
0.6
60.5
22.1
18.3
350
11.2
13.7
<0.0
02
0.0
4<0.0
52
0.7
146.5
0.0
5<0.0
52.7
1.0
60.2
30.7
566
0.1
15.6
159
71.4
0.0
1G
088S
0.0
03
0.0
49.2
44.5
182.5
0.7
60.0
92.0
40.1
622.1
24.3
86
1.8
645.4
5.8
119.9
0.1
82
0.0
62
0.8
410.2
10.6
0.9
81470
0.6
20.4
22.1
30.4
520
8.5
29.8
<0.0
02
0.0
40.0
91
1112.5
0.0
70.0
73.1
0.5
10.3
30.8
211
0.2
19
82
71.5
0.0
2G
089S
0.0
05
0.0
910.3
59.1
181.5
0.7
31.2
40.9
20.3
829.8
33
38
1.1
177.1
7.6
922.5
0.2
41.3
0.2
44
0.4
711.1
9.9
0.6
11275
2.2
80.2
63.6
14.6
640
24.9
18.2
0.0
06
0.3
50.2
47
1.9
140
0.1
70.6
83
0.6
60.4
10.9
276
0.3
14.4
88
47.2
0.0
2G
090S
0.0
04
0.0
59.0
58.4
165.5
0.7
1.8
1.0
20.3
625.4
25.1
16
0.9
451.5
6.8
518.8
0.1
91.3
0.1
48
0.5
19.4
7.7
0.8
81385
2.1
90.4
42.4
7.9
570
21.4
17.3
0.0
02
0.1
20.1
34
2.2
125
0.1
0.5
62
0.5
30.3
10.9
225
0.2
14.8
96
49.1
0.0
2G
091S
0.0
02
0.6
610.6
56.6
340
1.0
20.1
20.4
0.1
232.5
28.9
25
2.6
759.2
8.0
823.8
0.2
31.9
0.0
84
0.6
913.8
13.4
0.4
51305
1.1
70.2
72.6
11.6
410
14.6
27
<0.0
02
0.0
90.0
82
1.2
96.8
0.1
0.0
83.7
0.5
90.3
1256
0.2
20.5
84
68.1
0.0
2
-
Tab
le A
-3 R
esu
lts
of
Chem
ical
Anal
ysis
of
Str
eam
Sedi
ments
(2/20)
12
34
56
78
910
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
SA
MP
LE
Au
Ag
Al
As
Ba
Be
Bi
Ca
Cd
Ce
Co
Cr
Cs
Cu
Fe
Ga
Ge
Hf
InK
La
Li
Mg
Mn
Mo
Na
Nb
Ni
PP
bR
bR
eS
Sb
Se
Sn
Sr
Ta
Te
Th
Ti
Tl
UV
WY
Zn
Zr
Hg
Au
ppm
ppm
%pp
mpp
mpp
mpp
m%
ppm
ppm
ppm
ppm
ppm
ppm
%pp
mpp
mpp
mpp
m%
ppm
ppm
%pp
mppm
%pp
mpp
mpp
mpp
mpp
mpp
m%
ppm
ppm
ppm
ppm
ppm
ppm
ppm
%pp
mpp
mpp
mpp
mpp
mpp
mppm
ppm
ppm
G092S
0.0
03
0.0
811.5
7.4
450
0.9
90.1
30.3
20.1
35.3
35.3
24
2.2
971.4
9.4
625.9
0.2
92.4
0.0
95
0.5
511.9
14.1
0.4
21335
1.0
20.1
32.9
12.2
310
15.4
21.9
<0.0
02
0.0
20.1
42
1.2
125
0.1
20.0
63.7
0.7
50.3
41
348
0.2
18.8
96
88.2
0.0
3G
093E
0.0
01
0.0
59.9
27.5
280
0.9
40.0
50.5
0.1
333.1
30.7
39
3.2
754
8.1
123
0.2
62.2
0.0
82
1.0
513.8
19.2
0.8
1215
0.5
50.3
92.6
15.1
440
9.6
40.9
<0.0
02
0.0
10.0
91
1.2
82.6
0.0
9<0.0
53.2
0.6
70.3
20.9
288
0.1
22.1
94
83
0.0
1G
094S
0.0
08
0.0
67.0
43
193.5
0.7
70.0
50.5
20.0
724.7
37.4
66
2.4
442
12.2
21.3
0.3
31.6
0.0
78
0.9
29.5
12.8
0.6
91325
0.1
50.4
20.4
15
260
9.7
31.9
<0.0
02
0.0
2<0.0
51
0.8
78.1
<0.0
5<0.0
53
0.8
50.2
90.8
470
<0.1
16.6
134
56.7
0.0
1G
095S
0.0
02
0.0
48.9
33.7
230
0.8
0.0
50.7
0.0
931.3
24.3
27
2.6
344.5
7.1
121.1
0.2
42.1
0.0
69
0.8
712.8
13.4
0.7
71360
0.5
30.5
1.6
11
400
8.6
30.4
<0.0
02
0.0
30.0
62
1.1
93.5
<0.0
50.0
62.8
0.6
30.2
30.7
257
0.1
20.8
85
73
0.0
1G
096S
0.0
01
0.0
36.4
26
230
0.5
30.0
615.1
0.1
520.8
24.3
14
1.0
551.7
5.0
613.4
50.1
81.5
0.0
50.0
88
90.4
21190
0.4
30.1
92.4
7.5
310
76
<0.0
02
0.0
30.6
21
0.7
107.5
0.1
30.0
52.2
0.4
10.1
60.5
184
0.5
12.9
57
54.7
0.0
1G
097S
0.0
02
0.0
69.7
69.6
410
0.8
0.0
93.1
30.1
628.9
40.6
25
1.4
71.5
9.4
422.9
0.2
42.3
0.0
87
0.1
512.1
13
0.7
12660
0.5
30.4
51.4
13.2
330
11.6
8.5
<0.0
02
0.0
30.1
71
0.9
148
<0.0
5<0.0
53.5
0.7
40.2
80.7
347
0.1
19.1
88
83.4
0.0
2G
098E
0.0
02
0.0
67.6
217.4
290
0.7
0.0
89.9
30.1
529.9
23.1
17
1.9
446.5
5.5
416.0
50.1
82.2
0.0
64
0.2
211.2
21.2
0.7
41385
2.0
60.3
23.1
7.5
250
11
8.3
<0.0
02
0.1
90.5
32
1213
0.1
70.0
83.1
0.4
70.2
71.3
192
0.6
19.2
60
77.3
0.0
2G
099E
0.0
01
0.0
67.1
7.4
211
0.5
10.0
58.7
20.1
419.7
533
41
1.2
446.4
9.6
18.1
50.2
21.8
0.0
72
0.2
87.8
11.4
0.9
81575
1.2
40.6
32
12.6
330
7.8
10.6
<0.0
02
0.0
30.0
62
0.8
219
0.0
6<0.0
52.1
0.9
10.1
90.9
428
0.1
15.7
104
60.9
0.0
1G
100E
0.0
02
0.0
45.9
411
202
0.4
30.0
515.5
0.1
520.4
20.5
19
0.9
440.6
4.9
812.4
0.1
51.4
0.0
51
0.1
18.3
11
0.5
41065
1.6
10.2
42.4
7.2
210
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0.0
20.4
71
0.6
116
0.1
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0.4
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198
0.4
13.8
51
53
0.0
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101S
0.0
02
0.0
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412.4
270
0.5
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42.8
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1.1
660.4
12.0
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0.2
2.2
0.0
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0.1
210
11.4
0.8
31895
0.8
60.2
72.3
19.5
170
11.4
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<0.0
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72
0.9
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0.1
0.0
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0.9
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528
0.2
16.3
169
74.4
0.0
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102S
0.0
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0.0
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47.4
250
0.8
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71.0
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37.2
18
1.7
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423.5
0.2
2.4
0.0
88
0.2
39.7
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0.7
52070
0.7
20.4
33.2
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500
14.2
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<0.0
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0.0
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43
1.2
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0.1
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0.8
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349
0.7
16.3
154
90.6
0.0
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103S
0.0
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0.0
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0.5
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0.1
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1.0
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15.2
25
0.2
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0.1
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0.1
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0.9
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0.4
30.4
11.4
20
260
12.2
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<0.0
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0.8
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230
60.2
0.0
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104E
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0.0
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24.4
210
0.6
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34
1.1
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822.7
0.2
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0.0
87
0.2
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1.1
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0.4
60.6
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0.5
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61.6
0.0
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105E
0.0
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0.0
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26.7
270
0.6
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59
0.9
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13.2
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0.2
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0.0
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0.3
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1.1
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0.8
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200
10.5
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0.3
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79
0.0
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106S
0.0
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0.0
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11.3
260
0.6
0.1
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1.2
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222.3
0.1
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0.0
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0.3
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0.9
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0.8
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13.8
170
910.5
<0.0
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0.0
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72
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0.7
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0.8
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0.5
23.3
108
82.3
0.0
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107S
0.0
02
0.0
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210
0.6
20.1
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57
1.4
864.3
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524.3
0.2
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0.0
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0.2
310
10.8
0.9
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0.9
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62.3
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330
12.8
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<0.0
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0.0
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0.2
17.6
183
75.5
0.0
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108S
0.0
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0.0
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260
0.7
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57
1.2
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24.5
0.2
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0.0
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0.1
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13260
2.3
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22.8
320
14.3
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0.0
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0.6
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151
86.3
0.0
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109S
0.0
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280
0.6
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51
0.9
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0.2
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0.0
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0.1
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1560
1.1
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360
11.4
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0.0
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63
1150.5
0.2
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0.6
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146
76.2
0.0
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110S
0.0
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0.0
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250
0.4
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60
0.8
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0.2
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0.0
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0.1
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0.3
0.7
1.9
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250
89.9
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0.0
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111E
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0.0
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69
0.9
154.6
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0.2
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0.1
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0.2
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220
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0.7
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57
0.0
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112E
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0.0
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240
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46
0.9
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0.2
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0.0
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0.2
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0.3
20.7
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18
270
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0.9
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113E
0.0
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0.0
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310
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22
1.0
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0.2
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0.0
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0.2
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0.9
21580
0.2
50.6
72.3
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320
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22
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129
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0.0
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114E
0.0
02
0.0
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202
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73
0.8
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421.7
0.2
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0.0
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0.2
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1.5
31400
0.1
70.9
21.8
19.6
240
6.7
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0.0
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115E
0.0
02
0.0
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195
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0.0
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556.8
46
0.6
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0.2
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0.1
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0.1
56
6.9
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0.0
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91.2
22.5
280
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0.0
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116E
0.0
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0.0
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230
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216.2
528.1
30
1.2
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119.9
50.2
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0.0
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1.0
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0.2
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350
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22
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299
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0.0
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117E
0.0
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0.1
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185.5
0.4
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29.3
51
1.6
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717.4
0.2
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11.1
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320
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182
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0.0
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118E
0.0
02
0.0
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202
0.5
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35
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0.2
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0.0
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66
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280
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0.0
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119E
0.0
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0.0
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62.8
270
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116.3
42.5
69
152.6
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621.1
0.2
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0.0
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0.2
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0.1
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18.9
280
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0.0
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120E
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350
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121S
0.0
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0.0
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260
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34.4
42
1.0
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0.2
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0.2
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0.9
90.5
12.6
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230
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