ENTRY 22838 20190101 22732283800000001 SUBENT 22838001 20190101 22732283800100001 BIB 18 90 2283800100002 TITLE Measurements of activation cross sections of (n,n') 2283800100003 reaction with d-D neutrons in the energy range of 2283800100004 2.1 to 3.1 MeV 2283800100005 AUTHOR (T.Shimizu, H.Sakane, M.Shibata, K.Kawade,T.Nishitani) 2283800100006 INSTITUTE (2JPNNAG) Shimizu, Sakane, Shibata, Kawade, 2283800100007 Dept. of Energy Engineering and Science 2283800100008 (2JPNJAE) Nishitani, Dept. of Fusion Engineering". 2283800100009 REFERENCE (J,ANE,31,1883,2004) Main reference, data are given 2283800100010 ((S,JAERI-C-2003-006,138,2003)= 2283800100011 (S,INDC(JPN)-191/U,138,2003)) JAERI Conference report 2283800100012 Preliminary results for Y-89, Zr-90, Ba-137, Au-197 2283800100013 REL-REF (M,22860001,K.Kawade+,J,NIM/A,496,183,2003) Procedure 2283800100014 of introducing corrections for experimental data 2283800100015 METHOD (ACTIV) 2283800100016 FACILITY (CCW,2JPNJAE) 2283800100017 DETECTOR (HPGE) High-purity well-type germanium detector 2283800100018 INC-SOURCE (D-D) Ti-D target bombarded with d+ beam of 350 keV 2283800100019 d+ ion current is 1 - 2 milli-Amperes 2283800100020 INC-SPECT .Angles of irradiation positions with respect to the 2283800100021 incident beam were 0, 45, 70, 95, 120, 155 degrees 2283800100022 which covered neutron energies between 2.1 and 3.1 MeV2283800100023 Ratio of the 64Zn(N,P) reaction sigma to that of 2283800100024 115In(n,n') determines well the neutron mean energy 2283800100025 The typical neutron fluence rate was 6.E+6 to 1.E+8 2283800100026 n/cm2/sec 2283800100027 MONITOR ((MONIT)49-IN-115(N,INL)49-IN-115-M,,SIG) 2283800100028 (30-ZN-64(N,P)29-CU-64,,SIG) 2283800100029 MONIT-REF (,K.Kobayashi+,R,JAERI-1344,2002) JENDL 2283800100030 dosimetry file-99 (DF99) 2283800100031 DECAY-MON (49-IN-115-M,4.486HR,DG,336.358,0.458) 2283800100032 (29-CU-64,12.701HR,DG,511.,0.386) 2283800100033 CORRECTION .Corrections were made 2283800100034 -for the interfering (n,n') and (n,gamma) reactions 2283800100035 (from 0.004% to 72% for 180Hf), 2283800100036 -for the fluctuations of neutron fluence rate during 2283800100037 irradiation - 3% 2283800100038 -for 14-MeV neutrons from tritium contamination in 2283800100039 the target (1.E-2 to 1.E-3%) 2283800100040 -for counting loss owing to the summing effect of the 2283800100041 true coincidence and random coincidence - 2% 2283800100042 -for deviation of detection efficiency owing to sample 2283800100043 thickness - 3% 2283800100044 -for self-absorption of Gamma-rays in sample - 2283800100045 10% for 107Ag, 109Ag, 117Sn, 1-2% for other samples 2283800100046 SAMPLE .Zinc and Indium samples were used as standards. 2283800100047 115In sample is metallic of natural isotopic content 2283800100048 - 95.71% of 115In - weight 150 milligram, thickness 2283800100049 0.2 mm, chemical purity 99.9%, 2283800100050 64Zn sample is metallic of natural isotopic content 2283800100051 - 48.6 % of 64Zn - weight 350 milligram, thickness 2283800100052 0.5 mm, chemical purity 99.99% 2283800100053 .Samples were separated isotopes or naturally abundant 2283800100054 materials. metallic samples in the foil form were 2283800100055 10*10 mm squares 0.05 - 0.5 mm thick. 2283800100056 .Samples in powder form were wrapped with the wax paper2283800100057 and they were typically 1-2 mm thick,weight 50-100 mg,2283800100058 details are given in the proper subents 2283800100059 ERR-ANALYS (ERR-T) Total error, quadrature sum of two errors: 2283800100060 (ERR-1) Experimental error: 2283800100061 * Error from interfering reactions 0.03 - 76.% 2283800100062 * Error from fluctuations of neutron 2283800100063 fluence rate < 6.2% 2283800100064 * Error from detector efficiency for 2283800100065 gamma-ray energy between 80 and 300 keV = 3% and 2283800100066 for gamma-ray energy more than 300 keV = 1.5% 2283800100067 * Error of detector efficiency calibration 1.2-4.5% 2283800100068 * Error of the true coincidence sum < 0.6% 2283800100069 * Error of the sample weight 0.1% 2283800100070 * Error of sample thickness < 0.6% 2283800100071 * Error of the self-absorption of 2283800100072 gamma-rays 0.01 - 1.2% 2283800100073 * Error of the gamma-ray peak evaluation - 0.5% 2283800100074 * Error of the counting statistics 2. - 51.% 2283800100075 (ERR-2) Nuclear data error: 2283800100076 * Error of the standard cross section 3.0% 2283800100077 * Error of gamma emission probability 0.003 - 5.3% 2283800100078 * Half-life error 0.08 - 1.6% 2283800100079 (EN-ERR) Center of energy distribution error arising 2283800100080 from the ambiguity of d+ beam position 2283800100081 in the accelerating tube 2283800100082 STATUS (TABLE) .From table 6 of Ann.Nucl.Energ.31(2004)1883 2283800100083 (APRVD) Shimizu, 2005-02-15 2283800100084 HISTORY (20040719C) JOS 2283800100085 (20050218U) SM. Author's names changed according to 2283800100086 AUTHOR's suggestion 2283800100087 (20050923U) SM. Author's names corrected 2283800100088 (20140413U) SD: Ref. NIM/A,496,183 moved to REL-REF 2283800100089 (20190101U) SD: Part of coded information removed from 2283800100090 ERR-ANALYS according to remark from N.Otsuka. 2283800100091 FACILITY updated. 2283800100092 ENDBIB 90 0 2283800100093 COMMON 1 3 2283800100094 EN-ERR 2283800100095 KEV 2283800100096 50. 2283800100097 ENDCOMMON 3 0 2283800100098 ENDSUBENT 97 0 2283800199999 SUBENT 22838002 20190101 22732283800200001 BIB 4 8 2283800200002 REACTION (34-SE-77(N,INL)34-SE-77-M,,SIG) 2283800200003 DECAY-DATA (34-SE-77-M,17.45SEC,DG,162.0,0.525) 2283800200004 SAMPLE .Elemental Selenium powder wrapped in wax paper, 2283800200005 weight 100 mg, thickness 1.2 mm (incl.wax paper), 2283800200006 chemical purity 99.9%, Natural isotopic abundance - 2283800200007 Se-77 content 7.63%, Se-76 content 9.36% 2283800200008 HISTORY (20190101U) SD: ERR-HL; ERR-EDD; ERR-IDD deleted (info 2283800200009 included in ERR-2). ERR-1 -> ERR-2; ERR-15 -> ERR-1. 2283800200010 ENDBIB 8 0 2283800200011 COMMON 1 3 2283800200012 ERR-2 2283800200013 PER-CENT 2283800200014 3.3 2283800200015 ENDCOMMON 3 0 2283800200016 DATA 5 6 2283800200017 EN DATA ERR-T ERR-1 MONIT 2283800200018 MEV MB PER-CENT PER-CENT MB 2283800200019 3.09 1081. 5.6 4.5 339.11 2283800200020 2.90 1076. 6.3 5.4 341.69 2283800200021 2.69 1158. 6.5 5.6 344.29 2283800200022 2.46 1438. 6.2 5.2 343.14 2283800200023 2.27 982. 6.6 5.8 330.91 2283800200024 2.09 1240. 8.5 7.8 302.20 2283800200025 ENDDATA 8 0 2283800200026 ENDSUBENT 25 0 2283800299999 SUBENT 22838003 20190101 22732283800300001 BIB 4 8 2283800300002 REACTION (35-BR-79(N,INL)35-BR-79-M,,SIG) 2283800300003 DECAY-DATA (35-BR-79-M,4.86SEC,DG,207.2,0.758) 2283800300004 SAMPLE .Kalium Bromide K-Br powder wrapped in wax paper, 2283800300005 weight 82 mg, thickness 1.7 mm (including wax paper), 2283800300006 chemical purity 99.9%, Natural isotopic abundance - 2283800300007 Br-79 content 50.69%, Br-78 content 0.0% 2283800300008 HISTORY (20190101U) SD: ERR-HL; ERR-EDD; ERR-IDD deleted (info 2283800300009 included in ERR-2). ERR-1 -> ERR-2; ERR-15 -> ERR-1. 2283800300010 ENDBIB 8 0 2283800300011 COMMON 1 3 2283800300012 ERR-2 2283800300013 PER-CENT 2283800300014 3.2 2283800300015 ENDCOMMON 3 0 2283800300016 DATA 5 6 2283800300017 EN DATA ERR-T ERR-1 MONIT 2283800300018 MEV MB PER-CENT PER-CENT MB 2283800300019 3.09 417. 5.8 4.8 339.11 2283800300020 2.90 323. 6.1 5.2 341.69 2283800300021 2.69 325. 6.1 5.2 344.29 2283800300022 2.46 254. 6.4 5.4 343.14 2283800300023 2.27 314. 6.3 5.5 330.91 2283800300024 2.09 246. 7.8 7.1 302.20 2283800300025 ENDDATA 8 0 2283800300026 ENDSUBENT 25 0 2283800399999 SUBENT 22838004 20190101 22732283800400001 BIB 4 8 2283800400002 REACTION (38-SR-87(N,INL)38-SR-87-M,,SIG) 2283800400003 DECAY-DATA (38-SR-87-M,2.795HR,DG,388.531,0.821) 2283800400004 SAMPLE .Carbide Sr-C-O3 wrapped in wax paper, weight 82 mg, 2283800400005 thickness 1.25 mm (including wax paper). 2283800400006 Separated Isotopic abundance - 2283800400007 Sr-84 0.01%, Sr-86 0.02%, Sr-87 91.26%, Sr-88 7.91% 2283800400008 HISTORY (20190101U) SD: ERR-HL; ERR-EDD; ERR-IDD deleted (info 2283800400009 included in ERR-2). ERR-1 -> ERR-2; ERR-15 -> ERR-1. 2283800400010 ENDBIB 8 0 2283800400011 COMMON 1 3 2283800400012 ERR-2 2283800400013 PER-CENT 2283800400014 3.1 2283800400015 ENDCOMMON 3 0 2283800400016 DATA 5 6 2283800400017 EN DATA ERR-T ERR-1 MONIT 2283800400018 MEV MB PER-CENT PER-CENT MB 2283800400019 3.09 234. 5.0 3.9 339.11 2283800400020 2.90 218. 5.5 4.6 341.69 2283800400021 2.69 244. 5.6 4.7 344.29 2283800400022 2.46 218. 5.6 4.7 343.14 2283800400023 2.27 216. 6.7 6.0 330.91 2283800400024 2.09 185. 4.9 3.9 302.20 2283800400025 ENDDATA 8 0 2283800400026 ENDSUBENT 25 0 2283800499999 SUBENT 22838005 20190101 22732283800500001 BIB 4 7 2283800500002 REACTION (39-Y-89(N,INL)39-Y-89-M,,SIG) 2283800500003 DECAY-DATA (39-Y-89-M,16.06SEC,DG,909.12,0.9914) 2283800500004 SAMPLE .Elemental Yttrium, weight 50 mg, thickness 0.1 mm, 2283800500005 chemical purity 99.9%, Natural isotopic abundance - 2283800500006 Y-89 content 100.% 2283800500007 HISTORY (20190101U) SD: ERR-HL; ERR-EDD; ERR-IDD deleted (info 2283800500008 included in ERR-2). ERR-1 -> ERR-2; ERR-15 -> ERR-1. 2283800500009 ENDBIB 7 0 2283800500010 COMMON 1 3 2283800500011 ERR-2 2283800500012 PER-CENT 2283800500013 3.0 2283800500014 ENDCOMMON 3 0 2283800500015 DATA 5 6 2283800500016 EN DATA ERR-T ERR-1 MONIT 2283800500017 MEV MB PER-CENT PER-CENT MB 2283800500018 3.09 475. 5.3 4.4 339.11 2283800500019 2.90 430. 6.3 5.5 341.69 2283800500020 2.69 438. 6.4 5.6 344.29 2283800500021 2.46 290. 6.2 5.4 343.14 2283800500022 2.27 271. 6.8 6.1 330.91 2283800500023 2.09 205. 7.4 6.7 302.20 2283800500024 ENDDATA 8 0 2283800500025 ENDSUBENT 24 0 2283800599999 SUBENT 22838006 20190101 22732283800600001 BIB 4 7 2283800600002 REACTION (47-AG-107(N,INL)47-AG-107-M,,SIG) 2283800600003 DECAY-DATA (47-AG-107-M,44.3SEC,DG,93.124,0.0467) 2283800600004 SAMPLE .Elemental Silver, weight 100 mg, thickness 0.1 mm, 2283800600005 chemical purity 99.98%, Natural isotopic abundance - 2283800600006 Ag-107 content 51.839%, Ag-106 content 0.0% 2283800600007 HISTORY (20190101U) SD: ERR-HL; ERR-EDD; ERR-IDD deleted (info 2283800600008 included in ERR-2). ERR-1 -> ERR-2; ERR-15 -> ERR-1. 2283800600009 ENDBIB 7 0 2283800600010 COMMON 1 3 2283800600011 ERR-2 2283800600012 PER-CENT 2283800600013 5.2 2283800600014 ENDCOMMON 3 0 2283800600015 DATA 5 6 2283800600016 EN DATA ERR-T ERR-1 MONIT 2283800600017 MEV MB PER-CENT PER-CENT MB 2283800600018 3.09 935. 6.8 4.3 339.11 2283800600019 2.90 882. 7.8 5.8 341.69 2283800600020 2.69 870. 7.9 5.9 344.29 2283800600021 2.46 941. 7.9 5.9 343.14 2283800600022 2.27 555. 8.1 6.1 330.91 2283800600023 2.09 731. 10. 8.7 302.20 2283800600024 ENDDATA 8 0 2283800600025 ENDSUBENT 24 0 2283800699999 SUBENT 22838007 20190101 22732283800700001 BIB 4 7 2283800700002 REACTION (47-AG-109(N,INL)47-AG-109-M,,SIG) 2283800700003 DECAY-DATA (47-AG-109-M,39.6SEC,DG,88.03,0.0361) 2283800700004 SAMPLE .Elemental Silver, weight 100 mg, thickness 0.1 mm, 2283800700005 chemical purity 99.98%, Natural isotopic abundance - 2283800700006 Ag-107 content 48.161%, Ag-108 content 0.0% 2283800700007 HISTORY (20190101U) SD: ERR-HL; ERR-EDD; ERR-IDD deleted (info 2283800700008 included in ERR-2). ERR-1 -> ERR-2; ERR-15 -> ERR-1. 2283800700009 ENDBIB 7 0 2283800700010 COMMON 1 3 2283800700011 ERR-2 2283800700012 PER-CENT 2283800700013 4.1 2283800700014 ENDCOMMON 3 0 2283800700015 DATA 5 6 2283800700016 EN DATA ERR-T ERR-1 MONIT 2283800700017 MEV MB PER-CENT PER-CENT MB 2283800700018 3.09 1034. 6.1 4.5 339.11 2283800700019 2.90 921. 7.7 6.5 341.69 2283800700020 2.69 1050. 7.6 6.4 344.29 2283800700021 2.46 1106. 7.6 6.4 343.14 2283800700022 2.27 674. 7.7 6.5 330.91 2283800700023 2.09 908. 11. 9.9 302.20 2283800700024 ENDDATA 8 0 2283800700025 ENDSUBENT 24 0 2283800799999 SUBENT 22838008 20190101 22732283800800001 BIB 4 10 2283800800002 REACTION (48-CD-111(N,INL)48-CD-111-M,,SIG) 2283800800003 DECAY-DATA (48-CD-111-M,48.6MIN,DG,245.395,0.94) 2283800800004 SAMPLE .Cadmium oxide Cd-O wrapped in wax paper, weight 50 mg,2283800800005 thickness 1.25 mm (including wax paper). 2283800800006 Separated Isotopic abundance - Cd-106 less than 0.05%,2283800800007 Cd-108 less than 0.05%,2283800800008 Cd-110 0.63%, Cd-111 96.44%, Cd-112 1.82%, 2283800800009 Cd-113 0.43%, Cd-114 0.59%, Cd-116 0.10% 2283800800010 HISTORY (20190101U) SD: ERR-HL; ERR-EDD; ERR-IDD deleted (info 2283800800011 included in ERR-2). ERR-1 -> ERR-2; ERR-15 -> ERR-1. 2283800800012 ENDBIB 10 0 2283800800013 COMMON 1 3 2283800800014 ERR-2 2283800800015 PER-CENT 2283800800016 6.1 2283800800017 ENDCOMMON 3 0 2283800800018 DATA 5 6 2283800800019 EN DATA ERR-T ERR-1 MONIT 2283800800020 MEV MB PER-CENT PER-CENT MB 2283800800021 3.09 257. 7.3 4.0 339.11 2283800800022 2.90 245. 7.4 4.3 341.69 2283800800023 2.69 239. 7.5 4.3 344.29 2283800800024 2.46 233. 7.5 4.4 343.14 2283800800025 2.27 238. 7.7 4.7 330.91 2283800800026 2.09 221. 8.5 6.0 302.20 2283800800027 ENDDATA 8 0 2283800800028 ENDSUBENT 27 0 2283800899999 SUBENT 22838009 20190101 22732283800900001 BIB 4 8 2283800900002 REACTION (49-IN-113(N,INL)49-IN-113-M,,SIG) 2283800900003 DECAY-DATA (49-IN-113-M,1.685HR,DG,391.690,0.642) 2283800900004 SAMPLE .Indium oxide In2-O3 wrapped in wax paper, 2283800900005 weight 11 mg, thickness 0.83 mm (including wax paper),2283800900006 Separated isotopic abundance - In-113 89.76%, 2283800900007 In-115 10.24% 2283800900008 HISTORY (20190101U) SD: ERR-HL; ERR-EDD; ERR-IDD deleted (info 2283800900009 included in ERR-2). ERR-1 -> ERR-2; ERR-15 -> ERR-1. 2283800900010 ENDBIB 8 0 2283800900011 COMMON 1 3 2283800900012 ERR-2 2283800900013 PER-CENT 2283800900014 3.2 2283800900015 ENDCOMMON 3 0 2283800900016 DATA 5 6 2283800900017 EN DATA ERR-T ERR-1 MONIT 2283800900018 MEV MB PER-CENT PER-CENT MB 2283800900019 3.09 220. 4.9 3.7 339.11 2283800900020 2.90 219. 4.6 3.4 341.69 2283800900021 2.69 226. 5.0 3.9 344.29 2283800900022 2.46 233. 4.7 3.4 343.14 2283800900023 2.27 205. 4.6 3.4 330.91 2283800900024 2.09 173. 4.4 3.1 302.20 2283800900025 ENDDATA 8 0 2283800900026 ENDSUBENT 25 0 2283800999999 SUBENT 22838010 20190101 22732283801000001 BIB 4 7 2283801000002 REACTION (50-SN-117(N,INL)50-SN-117-M,,SIG) 2283801000003 DECAY-DATA (50-SN-117-M,13.61D,DG,158.56,0.864) 2283801000004 SAMPLE .Elemental Tin, weight 350 mg, thickness 0.5 mm, 2283801000005 chemical purity 99.9 %, Natural isotopic abundance - 2283801000006 Sn-117 content 7.68 %, Sn-116 content 14.54% 2283801000007 HISTORY (20190101U) SD: ERR-HL; ERR-EDD; ERR-IDD deleted (info 2283801000008 included in ERR-2). ERR-1 -> ERR-2; ERR-15 -> ERR-1. 2283801000009 ENDBIB 7 0 2283801000010 COMMON 1 3 2283801000011 ERR-2 2283801000012 PER-CENT 2283801000013 3.0 2283801000014 ENDCOMMON 3 0 2283801000015 DATA 5 6 2283801000016 EN DATA ERR-T ERR-1 MONIT 2283801000017 MEV MB PER-CENT PER-CENT MB 2283801000018 3.09 427. 5.7 4.8 339.11 2283801000019 2.90 399. 5.7 4.8 341.69 2283801000020 2.69 345. 5.4 4.4 344.29 2283801000021 2.46 312. 5.4 4.5 343.14 2283801000022 2.27 285. 5.4 4.5 330.91 2283801000023 2.09 238. 5.6 4.7 302.20 2283801000024 ENDDATA 8 0 2283801000025 ENDSUBENT 24 0 2283801099999 SUBENT 22838011 20190101 22732283801100001 BIB 4 9 2283801100002 REACTION (56-BA-137(N,INL)56-BA-137-M,,SIG) 2283801100003 DECAY-DATA (56-BA-137-M,2.552MIN,DG,661.660,0.9011) 2283801100004 SAMPLE .Barium carbide B-C-O3 wrapped in wax paper, weight 2283801100005 100 mg, thickness 1.30 mm (including wax paper). 2283801100006 Separated isotopic abundance - Ba-130 0.02%, 2283801100007 Ba-132 0.02%, Ba-134 0.06%, Ba-135 0.23%, 2283801100008 Ba-136 1.55%, Ba-137 64.04%, Ba-138 34.12% 2283801100009 HISTORY (20190101U) SD: ERR-HL; ERR-EDD; ERR-IDD deleted (info 2283801100010 included in ERR-2). ERR-1 -> ERR-2; ERR-15 -> ERR-1. 2283801100011 ENDBIB 9 0 2283801100012 COMMON 1 3 2283801100013 ERR-2 2283801100014 PER-CENT 2283801100015 3.0 2283801100016 ENDCOMMON 3 0 2283801100017 DATA 5 6 2283801100018 EN DATA ERR-T ERR-1 MONIT 2283801100019 MEV MB PER-CENT PER-CENT MB 2283801100020 3.09 555. 3.9 2. 339.11 2283801100021 2.90 523. 4.9 3. 341.69 2283801100022 2.69 457. 5.5 4. 344.29 2283801100023 2.46 370. 6.7 6. 343.14 2283801100024 2.27 305. 8.8 8. 330.91 2283801100025 2.09 227. 21. 21. 302.20 2283801100026 ENDDATA 8 0 2283801100027 ENDSUBENT 26 0 2283801199999 SUBENT 22838012 20190101 22732283801200001 BIB 4 11 2283801200002 REACTION (72-HF-179(N,INL)72-HF-179-M1,,SIG) 2283801200003 The longer-lived m2 state does not decay into 2283801200004 the m1 state. 2283801200005 DECAY-DATA (72-HF-179-M1,18.68SEC,DG,214.335,0.941) 2283801200006 SAMPLE .Elemental Hafnium powder wrapped in wax paper, 2283801200007 weight 58 mg, thickness 1.05 mm (including wax paper),2283801200008 Separated isotopic abundance - Hf-174 less than 0.02%,2283801200009 Hf-176 0.54%, Hf-177 3.43%, Hf-178 5.51%, 2283801200010 Hf-179 81.80%, Hf-180 8.72% 2283801200011 HISTORY (20190101U) SD: ERR-HL; ERR-EDD; ERR-IDD deleted (info 2283801200012 included in ERR-2). ERR-1 -> ERR-2; ERR-15 -> ERR-1. 2283801200013 ENDBIB 11 0 2283801200014 COMMON 1 3 2283801200015 ERR-2 2283801200016 PER-CENT 2283801200017 3.0 2283801200018 ENDCOMMON 3 0 2283801200019 DATA 5 6 2283801200020 EN DATA ERR-T ERR-1 MONIT 2283801200021 MEV MB PER-CENT PER-CENT MB 2283801200022 3.09 566. 5.2 4.3 339.11 2283801200023 2.90 614. 5.8 4.9 341.69 2283801200024 2.69 606. 6.0 5.1 344.29 2283801200025 2.46 664. 6.2 5.4 343.14 2283801200026 2.27 618. 6.2 5.4 330.91 2283801200027 2.09 532. 5.9 5.1 302.20 2283801200028 ENDDATA 8 0 2283801200029 ENDSUBENT 28 0 2283801299999 SUBENT 22838013 20190101 22732283801300001 BIB 4 8 2283801300002 REACTION (72-HF-180(N,INL)72-HF-180-M,,SIG) 2283801300003 DECAY-DATA (72-HF-180-M,5.519HR,DG,215.246,0.813) 2283801300004 SAMPLE .Hafnium oxide Hf2-O5 powder wrapped in wax paper, 2283801300005 weight 100 mg, thickness 1.5 mm(including wax paper),2283801300006 chemical purity 99.9 %, Natural isotopic abundance - 2283801300007 Hf-180 content 35.100%, Hf-179 content 13.629% 2283801300008 HISTORY (20190101U) SD: ERR-HL; ERR-EDD; ERR-IDD deleted (info 2283801300009 included in ERR-2). ERR-1 -> ERR-2; ERR-15 -> ERR-1. 2283801300010 ENDBIB 8 0 2283801300011 COMMON 1 3 2283801300012 ERR-2 2283801300013 PER-CENT 2283801300014 3.2 2283801300015 ENDCOMMON 3 0 2283801300016 DATA 5 6 2283801300017 EN DATA ERR-T ERR-1 MONIT 2283801300018 MEV MB PER-CENT PER-CENT MB 2283801300019 3.09 3.48 6. 5. 339.11 2283801300020 2.90 2.82 28. 28. 341.69 2283801300021 2.69 2.33 11. 10. 344.29 2283801300022 2.46 1.16 57. 56. 343.14 2283801300023 2.27 1.29 23. 23. 330.91 2283801300024 2.09 0.51 77. 77. 302.20 2283801300025 ENDDATA 8 0 2283801300026 ENDSUBENT 25 0 2283801399999 SUBENT 22838014 20190101 22732283801400001 BIB 4 7 2283801400002 REACTION (79-AU-197(N,INL)79-AU-197-M,,SIG) 2283801400003 DECAY-DATA (79-AU-197-M,7.8SEC,DG,279.0,0.709) 2283801400004 SAMPLE .Elemental Gold, weight 100 mg, thickness 0.05mm, 2283801400005 chemical purity 99.95%, Natural isotopic abundance - 2283801400006 Au-197 content 100.% 2283801400007 HISTORY (20190101U) SD: ERR-HL; ERR-EDD; ERR-IDD deleted (info 2283801400008 included in ERR-2). ERR-1 -> ERR-2; ERR-15 -> ERR-1. 2283801400009 ENDBIB 7 0 2283801400010 COMMON 1 3 2283801400011 ERR-2 2283801400012 PER-CENT 2283801400013 3.3 2283801400014 ENDCOMMON 3 0 2283801400015 DATA 5 6 2283801400016 EN DATA ERR-T ERR-1 MONIT 2283801400017 MEV MB PER-CENT PER-CENT MB 2283801400018 3.09 1029. 5.3 4.1 339.11 2283801400019 2.90 815. 5.2 4.0 341.69 2283801400020 2.69 891. 5.3 4.1 344.29 2283801400021 2.46 730. 5.3 4.1 343.14 2283801400022 2.27 664. 5.3 4.1 330.91 2283801400023 2.09 691. 5.8 4.7 302.20 2283801400024 ENDDATA 8 0 2283801400025 ENDSUBENT 24 0 2283801499999 ENDENTRY 14 0 2283899999999