ENTRY 22800 20190101 22732280000000001 SUBENT 22800001 20190101 22732280000100001 BIB 17 92 2280000100002 TITLE Measurement of activation cross section of (n,np+d) 2280000100003 reactions producing short-lived nuclei in the energy 2280000100004 range between 13.4 and 14.9 MeV using an intense 2280000100005 neutron source OKTAVIAN 2280000100006 AUTHOR (H.Sakane,Y.Kasugai,M.Shibata,T.Iida,A.Takahashi, 2280000100007 T.Fukahori,K.Kawade) 2280000100008 INSTITUTE (2JPNNAG) Sakane, Kasugai, Shibata, Kawade 2280000100009 (2JPNOSA) Iida, Dept of Electronics and Energy 2280000100010 Engineering 2280000100011 Takahashi, Dept. of Nuclear Engineering 2280000100012 (2JPNJAE) Fukahori 2280000100013 REFERENCE (J,ANE,29,53,2002) Main Reference. Data are given 2280000100014 REL-REF (N,,A.Pavlik+,J,JP/G,8,1283,1982) Nb/Zr Method of 2280000100015 Precise Determination of Neutron Energy 2280000100016 (I,,A.Takahashi+,S,JAERI-M-86-030,393,1986) 2280000100017 Description of OKTAVIAN Facility 2280000100018 (M,,H.Sakane+,S,JAERI-C-99-002,210,1999) Analys.details2280000100019 FACILITY (CCW,2JPNOSA) The Intense 14 MeV Neutron Source 2280000100020 OKTAVIAN at Osaka University. 2280000100021 INC-SOURCE (D-T) The D-beam energy was 300 keV and the intensity 2280000100022 was 5 milliamps. A sample transport system of six 2280000100023 pneumatic tubes provided irradiation positions giving 2280000100024 monochromatic neutrons of 13.4-14.9 MeV. Another tube 2280000100025 was put at -105 deg to check the symmetry of the sys- 2280000100026 tem. The irradiation positions was about 15 cm from 2280000100027 the tritium target. An additional tube set at -22.5 2280000100028 deg and at 1.5 cm distance was used when strong acti- 2280000100029 vities were required. The transfer time was about 2280000100030 2 sec. 2280000100031 INC-SPECT Neutron energies cover range from 14.9 to 13.7 MeV. 2280000100032 Typical neutron fluence rate at each irradiation 2280000100033 positions were (0.9-1.5)*10**8 n/cm2/s. 2280000100034 Angles of irradiation are 0, 55, 75, 105, 125, 155. 2280000100035 degr. Distance between tritium target and sample is 2280000100036 15 cm. The effective energy of incident neutrons at 2280000100037 irradiation position was determined by the ratio of 2280000100038 90-Zr(n,2n) and 93-Nb(n,2n)92m-Nb cross section 2280000100039 DETECTOR (HPGE ) Two Ge detectors with efficiencies of 12 and 2280000100040 16%, having resolution of 1.75 and 2.00 keV, 2280000100041 respectively, were used to measure the induced 2280000100042 activities. Each detector was covered with a 5 mm 2280000100043 acrylic absorber to reduce beta-rays. The efficiency 2280000100044 calibration was performed at a distance of 5 cm using 2280000100045 24-Na, 241-Am, 60-Co, 56-Co, 133-Ba, 152-Eu sources. 2280000100046 MONITOR (13-AL-27(N,A)11-NA-24,,SIG) Primary standard 2280000100047 (13-AL-27(N,P)12-MG-27,,SIG) For neutron flux 2280000100048 Monitoring based on the standard Al-27(n,alpha) 2280000100049 reaction in ENDF/B-VI 2280000100050 DECAY-MON (11-NA-24,14.959HR,DG,1368.598,0.99994) 2280000100051 (12-MG-27,9.46MIN,DG,843.8,0.720) 2280000100052 MONIT-REF (,P.F.Rose,R,BNL-NCS-17541,1991) ENDF/B-VI. Summary 2280000100053 documentation (ENDF-201). For the 1st monitor Al27-N,A2280000100054 CORRECTION .Corrections were made for - 2280000100055 1. Fractional contribution of low-energy neutrons 2280000100056 2. Fluctuation of neutron fluence rate during 2280000100057 irradiation 2280000100058 3. Counting loss due to true and random coincidence 2280000100059 summing effect 2280000100060 4. Deviation of detection efficiency owing to sample 2280000100061 thickness 2280000100062 5. Self-absorption of gamma rays in sample 2280000100063 6. Interfering reactions 2280000100064 METHOD (ACTIV) Activation 2280000100065 (STTA) Stack target irradiation 2280000100066 ERR-ANALYS (ERR-T) The square root of the sum of squared 2280000100067 of the experimental error (ERR-1) and 2280000100068 error in nuclear data (ERR-2) 2280000100069 (ERR-1) Experimental error includes: 2280000100070 - low-energy neutron contribution error <1.% 2280000100071 - neutron flux fluctuation <0.4% 2280000100072 - detector efficiency: Eg <80 keV 5% 2280000100073 Eg 80-300 keV 3% 2280000100074 Eg >300 keV 1.5% 2280000100075 - error in efficiency conversion ratio between 2280000100076 close and standard positions 1.% 2280000100077 - error in true coincidence sum <0.5% 2280000100078 - error in random coincidence sum <0.1% 2280000100079 - error in sample weight <0.1% 2280000100080 - error in self-absorption of gammas 0.2-1% 2280000100081 - counting statistics 1-70% 2280000100082 - error in gamma-peak evaluation <0.5% 2280000100083 (ERR-2) Nuclear data error includes: 2280000100084 - error in standard cross section 3.0% 2280000100085 - error in absolute gamma intensity 0.01-24% 2280000100086 - error in half-life 0-7.7% 2280000100087 STATUS (TABLE) Table 3 of Ann.Nucl.Energ.29(2002)53 2280000100088 HISTORY (20030512C) J.O.S. 2280000100089 (20030517U) Last checking has been done. 2280000100090 (20151018A) SD: En value was corrected in Subents 004, 2280000100091 005, 007 following remark from K.Kawade. ERR-ANALYS 2280000100092 update; coded info was added to SAMPLE in Subents 2-18.2280000100093 (20190101U) SD: ERR-ANALYS updated. 2280000100094 ENDBIB 92 0 2280000100095 NOCOMMON 0 0 2280000100096 ENDSUBENT 95 0 2280000199999 SUBENT 22800002 20151018 22452280000200001 BIB 5 9 2280000200002 REACTION (12-MG-26(N,X)11-NA-25,,SIG) Sum of (n,n+p) and (n,d) 2280000200003 reactions 2280000200004 SAMPLE (12-MG-26,ENR=0.9955) Magnesium oxide Mg-O, 2280000200005 weight 50 milligram, Mg-24 content is 0.35%, 2280000200006 Mg-25 content is 0.10%, Mg-26 content is 99.55% 2280000200007 DECAY-DATA (11-NA-25,59.5SEC,DG,389.7,0.1265) 2280000200008 REL-REF (R,,R.B.Firestone+,B,FIRESTONE,,1996) Decay-data 2280000200009 HISTORY (20151018U) SD: Coded info added to SAMPLE. Value 2280000200010 of ERR-2 corrected (3. -> 3.5). 2280000200011 ENDBIB 9 0 2280000200012 COMMON 1 3 2280000200013 ERR-2 2280000200014 PER-CENT 2280000200015 3.5 2280000200016 ENDCOMMON 3 0 2280000200017 DATA 4 4 2280000200018 EN DATA ERR-1 ERR-T 2280000200019 EV MB PER-CENT PER-CENT 2280000200020 1.487E+07 3.64 27. 27. 2280000200021 1.458E+07 2.83 40. 40. 2280000200022 1.388E+07 1.05 50. 50. 2280000200023 1.365E+07 0.21 72. 72. 2280000200024 ENDDATA 6 0 2280000200025 ENDSUBENT 24 0 2280000299999 SUBENT 22800003 20151018 22452280000300001 BIB 5 12 2280000300002 REACTION (14-SI-29(N,X)13-AL-28,,SIG) Sum of (n,n+p) and (n,d) 2280000300003 reactions 2280000300004 SAMPLE (14-SI-29,ENR=0.9565) Silicon oxide Si-O2, 2280000300005 weight 60 milligram, Si-28 content is 4.12%, 2280000300006 Si-29 content is 95.65%, Si-30 content is 0.23% 2280000300007 DECAY-DATA (13-AL-28,2.239MIN,DG,1779.0,1.0000) 2280000300008 REL-REF (R,,T.Katoh+,R,JAERI-M-89-083,1989) Decay-Data 2280000300009 (R,,K.Kawade+,R,JAERI-M-92-020,1992) Decay-Data 2280000300010 (R,,K.Itoh+,S,JAERI-M-94-019,264,1994) Decay-Data 2280000300011 (R,,T.Hirose+,S,JAERI-C-97-004,202,1997) Decay-Data 2280000300012 HISTORY (20151018U) SD: Coded info added to SAMPLE. Value 2280000300013 of ERR-2 corrected (3.5 -> 3.). 2280000300014 ENDBIB 12 0 2280000300015 COMMON 1 3 2280000300016 ERR-2 2280000300017 PER-CENT 2280000300018 3. 2280000300019 ENDCOMMON 3 0 2280000300020 DATA 4 6 2280000300021 EN DATA ERR-1 ERR-T 2280000300022 EV MB PER-CENT PER-CENT 2280000300023 1.487E+07 24.7 2.8 4.2 2280000300024 1.458E+07 17.9 3.2 4.4 2280000300025 1.428E+07 13.2 3.7 4.8 2280000300026 1.388E+07 10.3 3.5 4.6 2280000300027 1.365E+07 8.6 3.8 4.8 2280000300028 1.340E+07 6.0 4.4 5.0 2280000300029 ENDDATA 8 0 2280000300030 ENDSUBENT 29 0 2280000399999 SUBENT 22800004 20151018 22452280000400001 BIB 5 13 2280000400002 REACTION (14-SI-30(N,X)13-AL-29,,SIG) Sum of (n,n+p) and (n,d) 2280000400003 reactions 2280000400004 SAMPLE (14-SI-30,ENR=0.9528) .Silicon oxide Si-O2, 2280000400005 weight 40 milligram, Si-28 content is 4.40%, 2280000400006 Si-29 content is 0.32%, Si-30 content is 95.28% 2280000400007 DECAY-DATA (13-AL-29,6.524MIN,DG,1273.4,0.913) 2280000400008 REL-REF (R,,T.Katoh+,R,JAERI-M-89-083,1989) Decay-Data 2280000400009 (R,,K.Kawade+,R,JAERI-M-92-020,1992) Decay-Data 2280000400010 (R,,K.Itoh+,S,JAERI-M-94-019,264,1994) Decay-Data 2280000400011 (R,,T.Hirose+,S,JAERI-C-97-004,202,1997) Decay-Data 2280000400012 HISTORY (20151018A) SD:En=14.02 MeV -> 14.01 MeV (Typo in Tbl.32280000400013 of ANE,29,53,2002 confirmed by K.Kawade, 2014-04-29) 2280000400014 Coded info added to SAMPLE. 2280000400015 ENDBIB 13 0 2280000400016 COMMON 1 3 2280000400017 ERR-2 2280000400018 PER-CENT 2280000400019 3.1 2280000400020 ENDCOMMON 3 0 2280000400021 DATA 4 6 2280000400022 EN DATA ERR-1 ERR-T 2280000400023 EV MB PER-CENT PER-CENT 2280000400024 1.487E+07 6.1 6.7 7.4 2280000400025 1.464E+07 5.8 11. 11. 2280000400026 1.435E+07 4.9 9.7 10. 2280000400027 1.401E+07 3.8 14. 14. 2280000400028 1.370E+07 0.8 43. 43. 2280000400029 1.340E+07 0.4 52. 52. 2280000400030 ENDDATA 8 0 2280000400031 ENDSUBENT 30 0 2280000499999 SUBENT 22800005 20151018 22452280000500001 BIB 5 14 2280000500002 REACTION (24-CR-53(N,X)23-V-52,,SIG) Sum of (n,n+p) and (n,d) 2280000500003 reactions 2280000500004 SAMPLE (24-CR-53,ENR=0.9823) Chromium oxide Cr2-O3, 2280000500005 weight 50 milligram, Cr-50 content is 0.027%, 2280000500006 Cr-52 content is 1.665%, Cr-53 content is 98.23%, 2280000500007 Cr-54 content is 0.077% 2280000500008 DECAY-DATA (23-V-52,3.757MIN,DG,1434.1,1.000) 2280000500009 REL-REF (R,,T.Katoh+,R,JAERI-M-89-083,1989) Decay-Data 2280000500010 (R,,K.Kawade+,R,JAERI-M-92-020,1992) Decay-Data 2280000500011 (R,,K.Itoh+,S,JAERI-M-94-019,264,1994) Decay-Data 2280000500012 (R,,T.Hirose+,S,JAERI-C-97-004,202,1997) Decay-Data 2280000500013 HISTORY (20151018A) SD:En=14.02 MeV -> 14.01 MeV (Typo in Tbl.32280000500014 of ANE,29,53,2002 confirmed by K.Kawade, 2014-04-29) 2280000500015 Coded info added to SAMPLE. 2280000500016 ENDBIB 14 0 2280000500017 COMMON 1 3 2280000500018 ERR-2 2280000500019 PER-CENT 2280000500020 3. 2280000500021 ENDCOMMON 3 0 2280000500022 DATA 4 6 2280000500023 EN DATA ERR-1 ERR-T 2280000500024 EV MB PER-CENT PER-CENT 2280000500025 1.487E+07 13.2 7.3 7.9 2280000500026 1.464E+07 9.5 11. 13. 2280000500027 1.435E+07 6.8 15. 15. 2280000500028 1.401E+07 4.9 19. 20. 2280000500029 1.370E+07 3.7 25. 25. 2280000500030 1.340E+07 2.7 14. 14. 2280000500031 ENDDATA 8 0 2280000500032 ENDSUBENT 31 0 2280000599999 SUBENT 22800006 20151018 22452280000600001 BIB 5 9 2280000600002 REACTION (24-CR-54(N,X)23-V-53,,SIG) Sum of (n,n+p) and (n,d) 2280000600003 reactions 2280000600004 SAMPLE (24-CR-54,ENR=0.9678) Chromium oxide Cr2-O3, weight 2280000600005 30 milligram, Cr-50 content is 0.06 %, 2280000600006 Cr-52 content is 2.26 %, Cr-53 content is 0.90%, 2280000600007 Cr-54 content is 96.78% 2280000600008 DECAY-DATA (23-V-53,1.61MIN,DG,1006.2,0.90) 2280000600009 REL-REF (R,,R.B.Firestone+,B,FIRESTONE,,1996) Decay-Data 2280000600010 HISTORY (20151018U) SD: Coded info added to SAMPLE. 2280000600011 ENDBIB 9 0 2280000600012 COMMON 1 3 2280000600013 ERR-2 2280000600014 PER-CENT 2280000600015 3.8 2280000600016 ENDCOMMON 3 0 2280000600017 DATA 4 6 2280000600018 EN DATA ERR-1 ERR-T 2280000600019 EV MB PER-CENT PER-CENT 2280000600020 1.487E+07 3.3 13. 14. 2280000600021 1.458E+07 3.2 14. 15. 2280000600022 1.428E+07 1.5 27. 27. 2280000600023 1.388E+07 1.4 24. 24. 2280000600024 1.365E+07 0.7 36. 36. 2280000600025 1.340E+07 0.5 43. 43. 2280000600026 ENDDATA 8 0 2280000600027 ENDSUBENT 26 0 2280000699999 SUBENT 22800007 20151018 22452280000700001 BIB 5 13 2280000700002 REACTION (30-ZN-67(N,X)29-CU-66,,SIG) Sum of (n,n+p) and (n,d) 2280000700003 reactions 2280000700004 SAMPLE (30-ZN-67,ENR=0.9460) Zink oxide Zn-O, weight 2280000700005 60 milligram, Zn-64 content is 1.113%, 2280000700006 Zn-66 content is 1.95 %, Zn-67 content is 94.60%, 2280000700007 Zn-68 content is 2.23%, Zn-70 content is 0.054% 2280000700008 DECAY-DATA (29-CU-66,5.080MIN,DG,1039.4,0.074) 2280000700009 REL-REF (R,,T.Katoh+,R,JAERI-M-89-083,1989) Decay-Data 2280000700010 (R,,K.Kawade+,R,JAERI-M-92-020,1992) Decay-Data 2280000700011 (R,,K.Itoh+,S,JAERI-M-94-019,264,1994) Decay-Data 2280000700012 (R,,T.Hirose+,S,JAERI-C-97-004,202,1997) Decay-Data 2280000700013 HISTORY (20151018A) SD:En=14.02 MeV -> 14.01 MeV (Typo in Tbl.32280000700014 of ANE,29,53,2002 confirmed by K.Kawade, 2014-04-29) 2280000700015 ENDBIB 13 0 2280000700016 COMMON 1 3 2280000700017 ERR-2 2280000700018 PER-CENT 2280000700019 24. 2280000700020 ENDCOMMON 3 0 2280000700021 DATA 4 6 2280000700022 EN DATA ERR-1 ERR-T 2280000700023 EV MB PER-CENT PER-CENT 2280000700024 1.487E+07 35.9 7.5 25. 2280000700025 1.464E+07 30.9 13. 28. 2280000700026 1.435E+07 24.9 13. 27. 2280000700027 1.401E+07 19. 9.9 26. 2280000700028 1.370E+07 12.9 22. 33. 2280000700029 1.340E+07 11.5 15. 28. 2280000700030 ENDDATA 8 0 2280000700031 ENDSUBENT 30 0 2280000799999 SUBENT 22800008 20151018 22452280000800001 BIB 5 12 2280000800002 REACTION (38-SR-87(N,X)37-RB-86-M,,SIG) Sum of (n,n+p) and (n,d)2280000800003 reactions 2280000800004 SAMPLE (38-SR-87,ENR=0.9126) Strontium oxide Sr-C-O3, weight 2280000800005 90 milligram, Sr-84 content is 0.01%, 2280000800006 Sr-86 content is 0.82 %, Sr-87 content is 91.26%, 2280000800007 Sr-88 content is 7.91% 2280000800008 DECAY-DATA (37-RB-86-M,1.0218MIN,DG,556.1,0.9819) 2280000800009 REL-REF (R,,T.Katoh+,R,JAERI-M-89-083,1989) Decay-Data 2280000800010 (R,,K.Kawade+,R,JAERI-M-92-020,1992) Decay-Data 2280000800011 (R,,K.Itoh+,S,JAERI-M-94-019,264,1994) Decay-Data 2280000800012 (R,,T.Hirose+,S,JAERI-C-97-004,202,1997) Decay-Data 2280000800013 HISTORY (20151018U) SD: Coded info added to SAMPLE. 2280000800014 ENDBIB 12 0 2280000800015 COMMON 1 3 2280000800016 ERR-2 2280000800017 PER-CENT 2280000800018 3.7 2280000800019 ENDCOMMON 3 0 2280000800020 DATA 4 6 2280000800021 EN DATA ERR-1 ERR-T 2280000800022 EV MB PER-CENT PER-CENT 2280000800023 1.487E+07 4.3 5.9 6.6 2280000800024 1.458E+07 3.4 7.8 8.3 2280000800025 1.428E+07 2.2 9.7 10. 2280000800026 1.388E+07 1.8 9.2 9.7 2280000800027 1.365E+07 1.1 13. 13. 2280000800028 1.340E+07 0.3 30. 30. 2280000800029 ENDDATA 8 0 2280000800030 ENDSUBENT 29 0 2280000899999 SUBENT 22800009 20151018 22452280000900001 BIB 5 13 2280000900002 REACTION (42-MO-98(N,X)41-NB-97-M,,SIG) Sum of (n,n+p) and (n,d)2280000900003 reactions 2280000900004 SAMPLE (42-MO-98,ENR=0.9830) Metallic molybdenum, weight 2280000900005 70 milligram, Mo-92 content is 0.35%, 2280000900006 Mo-94 content is 0.22 %, Mo-95 content is 0.22%, 2280000900007 Mo-96 content is 0.34%, Mo-97 content is 0.58%, 2280000900008 Mo-98 content is 98.30%, Mo-100 content is 0.34% 2280000900009 DECAY-DATA (41-NB-97-M,58.7SEC,DG,743.3,0.9795) 2280000900010 REL-REF (R,,T.Katoh+,R,JAERI-M-89-083,1989) Decay-Data 2280000900011 (R,,K.Kawade+,R,JAERI-M-92-020,1992) Decay-Data 2280000900012 (R,,K.Itoh+,S,JAERI-M-94-019,264,1994) Decay-Data 2280000900013 (R,,T.Hirose+,S,JAERI-C-97-004,202,1997) Decay-Data 2280000900014 HISTORY (20151018U) SD: Coded info added to SAMPLE. 2280000900015 ENDBIB 13 0 2280000900016 COMMON 1 3 2280000900017 ERR-2 2280000900018 PER-CENT 2280000900019 13. 2280000900020 ENDCOMMON 3 0 2280000900021 DATA 4 5 2280000900022 EN DATA ERR-1 ERR-T 2280000900023 EV MB PER-CENT PER-CENT 2280000900024 1.487E+07 1.09 7.7 15. 2280000900025 1.458E+07 0.79 11. 17. 2280000900026 1.428E+07 0.39 23. 26. 2280000900027 1.388E+07 0.24 27. 30. 2280000900028 1.365E+07 0.14 27. 30. 2280000900029 ENDDATA 7 0 2280000900030 ENDSUBENT 29 0 2280000999999 SUBENT 22800010 20151018 22452280001000001 BIB 5 10 2280001000002 REACTION (42-MO-100(N,X)41-NB-99-M,,SIG) Sum of (n,n+p) and 2280001000003 (n,d) reactions 2280001000004 SAMPLE (42-MO-100,ENR=0.9742) Metallic molybdenum, weight 2280001000005 50 milligram, Mo-92 content is 0.53%, 2280001000006 Mo-94 content is 0.18 %, Mo-95 content is 0.29%, 2280001000007 Mo-96 content is 0.34%, Mo-97 content is 0.58%, 2280001000008 Mo-98 content is 0.96%, Mo-100 content is 97.42% 2280001000009 DECAY-DATA (41-NB-99-M,2.6MIN,DG,253.5,0.0370) 2280001000010 REL-REF (R,,R.B.Firestone+,B,FIRESTONE,,1996) Decay-Data 2280001000011 HISTORY (20151018U) SD: Coded info added to SAMPLE. 2280001000012 ENDBIB 10 0 2280001000013 COMMON 1 3 2280001000014 ERR-2 2280001000015 PER-CENT 2280001000016 14. 2280001000017 ENDCOMMON 3 0 2280001000018 DATA 4 1 2280001000019 EN DATA ERR-1 ERR-T 2280001000020 EV MB PER-CENT PER-CENT 2280001000021 1.487E+07 0.41 24. 28. 2280001000022 ENDDATA 3 0 2280001000023 ENDSUBENT 22 0 2280001099999 SUBENT 22800011 20151018 22452280001100001 BIB 5 9 2280001100002 REACTION (44-RU-102(N,X)43-TC-101,,SIG) Sum of (n,n+p) and 2280001100003 (n,d) reactions 2280001100004 SAMPLE (44-RU-102,ENR=0.9895) Metallic ruthenium, weight 2280001100005 50 milligram, Ru-99 content is 0.12%, 2280001100006 Ru-100 content is 0.15%, Ru-101 content is 0.37%, 2280001100007 Ru-102 content is 98.95%, Ru-104 content is 0.41% 2280001100008 DECAY-DATA (43-TC-101,14.2MIN,DG,363.8,0.88) 2280001100009 REL-REF (R,,R.B.Firestone+,B,FIRESTONE,,1996) Decay-Data 2280001100010 HISTORY (20151018U) SD: Coded info added to SAMPLE. 2280001100011 ENDBIB 9 0 2280001100012 COMMON 1 3 2280001100013 ERR-2 2280001100014 PER-CENT 2280001100015 5.5 2280001100016 ENDCOMMON 3 0 2280001100017 DATA 4 6 2280001100018 EN DATA ERR-1 ERR-T 2280001100019 EV MB PER-CENT PER-CENT 2280001100020 1.487E+07 3. 3.9 6.8 2280001100021 1.458E+07 2.2 4.3 7. 2280001100022 1.428E+07 1.5 5.6 7.9 2280001100023 1.388E+07 0.94 5.8 8. 2280001100024 1.365E+07 0.71 8. 9.4 2280001100025 1.340E+07 0.58 8.3 10. 2280001100026 ENDDATA 8 0 2280001100027 ENDSUBENT 26 0 2280001199999 SUBENT 22800012 20151018 22452280001200001 BIB 5 9 2280001200002 REACTION (46-PD-105(N,X)45-RH-104-M,,SIG) Sum of (n,n+p) and 2280001200003 (n,d) reactions 2280001200004 SAMPLE (46-PD-105,ENR=0.9658) Metallic palladium, weight 2280001200005 30 milligram, Pd-104 content is 0.41%, 2280001200006 Pd-105 content is 96.58%, Pd-106 content is 2.35%, 2280001200007 Pd-108 content is 0.46%, Pd-110 content is 0.20% 2280001200008 DECAY-DATA (45-RH-104-M,4.34MIN,DG,51.4,0.483) 2280001200009 REL-REF (R,,R.B.Firestone+,B,FIRESTONE,,1996) Decay-Data 2280001200010 HISTORY (20151018U) SD: Coded info added to SAMPLE. 2280001200011 ENDBIB 9 0 2280001200012 COMMON 1 3 2280001200013 ERR-2 2280001200014 PER-CENT 2280001200015 3.5 2280001200016 ENDCOMMON 3 0 2280001200017 DATA 4 6 2280001200018 EN DATA ERR-1 ERR-T 2280001200019 EV MB PER-CENT PER-CENT 2280001200020 1.487E+07 4.8 6.3 7.2 2280001200021 1.458E+07 3.6 6.7 7.5 2280001200022 1.428E+07 2.6 7. 7.8 2280001200023 1.388E+07 1.8 7.1 7.9 2280001200024 1.365E+07 1.5 7.3 8. 2280001200025 1.340E+07 0.8 9.4 10. 2280001200026 ENDDATA 8 0 2280001200027 ENDSUBENT 26 0 2280001299999 SUBENT 22800013 20151018 22452280001300001 BIB 5 12 2280001300002 REACTION (46-PD-106(N,X)45-RH-105-M,,SIG) Sum of (n,n+p) and 2280001300003 (n,d) reactions 2280001300004 SAMPLE (46-PD-106,ENR=0.9751) Metallic palladium, weight 2280001300005 40 milligram, Pd-104 content is 0.24%, 2280001300006 Pd-105 content is 1.00%, Pd-106 content is 97.51%, 2280001300007 Pd-108 content is 0.72%, Pd-110 content is 0.53% 2280001300008 DECAY-DATA (45-RH-105-M,42.4SEC,DG,129.6,0.200) 2280001300009 REL-REF (R,,T.Katoh+,R,JAERI-M-89-083,1989) Decay-Data 2280001300010 (R,,K.Kawade+,R,JAERI-M-92-020,1992) Decay-Data 2280001300011 (R,,K.Itoh+,S,JAERI-M-94-019,264,1994) Decay-Data 2280001300012 (R,,T.Hirose+,S,JAERI-C-97-004,202,1997) Decay-Data 2280001300013 HISTORY (20151018U) SD: Coded info added to SAMPLE. 2280001300014 ENDBIB 12 0 2280001300015 COMMON 1 3 2280001300016 ERR-2 2280001300017 PER-CENT 2280001300018 3.8 2280001300019 ENDCOMMON 3 0 2280001300020 DATA 4 6 2280001300021 EN DATA ERR-1 ERR-T 2280001300022 EV MB PER-CENT PER-CENT 2280001300023 1.487E+07 1.42 15. 15. 2280001300024 1.458E+07 1.72 27. 27. 2280001300025 1.428E+07 1.05 17. 17. 2280001300026 1.388E+07 0.64 32. 32. 2280001300027 1.365E+07 0.58 30. 30. 2280001300028 1.340E+07 0.59 45. 45. 2280001300029 ENDDATA 8 0 2280001300030 ENDSUBENT 29 0 2280001399999 SUBENT 22800014 20151018 22452280001400001 BIB 5 9 2280001400002 REACTION (46-PD-108(N,X)45-RH-107,,SIG) Sum of (n,n+p) and 2280001400003 (n,d) reactions 2280001400004 SAMPLE (46-PD-108,ENR=0.9879) Metallic palladium, 2280001400005 weight 40 milligram, Pd-104 content is 0.15%, 2280001400006 Pd-105 content is 0.31%, Pd-106 content is 0.39%, 2280001400007 Pd-108 content is 98.79%, Pd-110 content is 0.36% 2280001400008 DECAY-DATA (45-RH-107,21.7MIN,DG,302.8,0.660) 2280001400009 REL-REF (R,,R.B.Firestone+,B,FIRESTONE,,1996) Decay-Data 2280001400010 HISTORY (20151018U) SD: Coded info added to SAMPLE. 2280001400011 ENDBIB 9 0 2280001400012 COMMON 1 3 2280001400013 ERR-2 2280001400014 PER-CENT 2280001400015 8.6 2280001400016 ENDCOMMON 3 0 2280001400017 DATA 4 6 2280001400018 EN DATA ERR-1 ERR-T 2280001400019 EV MB PER-CENT PER-CENT 2280001400020 1.487E+07 1.80 6.2 11. 2280001400021 1.458E+07 1.20 8.6 15. 2280001400022 1.428E+07 0.88 12. 15. 2280001400023 1.388E+07 0.55 13. 15. 2280001400024 1.365E+07 0.30 20. 21. 2280001400025 1.340E+07 0.33 19. 21. 2280001400026 ENDDATA 8 0 2280001400027 ENDSUBENT 26 0 2280001499999 SUBENT 22800015 20151018 22452280001500001 BIB 5 13 2280001500002 REACTION (52-TE-123(N,X)51-SB-122-M,,SIG) Sum of (n,n+p) and 2280001500003 (n,d) reactions 2280001500004 SAMPLE (52-TE-123,ENR=0.8939) Metallic tellurium, weight 2280001500005 10 milligram, Te-122 content is 0.54%, 2280001500006 Te-123 content is 89.39%, Te-124 content is 1.59%, 2280001500007 Te-125 content is 1.24%, Te-126 content is 2.72%, 2280001500008 Te-128 content is 2.53%, Te-130 content is 1.99% 2280001500009 DECAY-DATA (51-SB-122-M,4.196MIN,DG,61.45,0.574) 2280001500010 REL-REF (R,,T.Katoh+,R,JAERI-M-89-083,1989) Decay-Data 2280001500011 (R,,K.Kawade+,R,JAERI-M-92-020,1992) Decay-Data 2280001500012 (R,,K.Itoh+,S,JAERI-M-94-019,264,1994) Decay-Data 2280001500013 (R,,T.Hirose+,S,JAERI-C-97-004,202,1997) Decay-Data 2280001500014 HISTORY (20151018U) SD: Coded info added to SAMPLE. 2280001500015 ENDBIB 13 0 2280001500016 COMMON 1 3 2280001500017 ERR-2 2280001500018 PER-CENT 2280001500019 5. 2280001500020 ENDCOMMON 3 0 2280001500021 DATA 4 1 2280001500022 EN DATA ERR-1 ERR-T 2280001500023 EV MB PER-CENT PER-CENT 2280001500024 1.487E+07 0.3 10. 12. 2280001500025 ENDDATA 3 0 2280001500026 ENDSUBENT 25 0 2280001599999 SUBENT 22800016 20151018 22452280001600001 BIB 5 11 2280001600002 REACTION (66-DY-163(N,X)65-TB-162,,SIG) Sum of (n,n+p) and 2280001600003 (n,d) reactions 2280001600004 SAMPLE (66-DY-163,ENR=0.9298) Dysprosium oxide Dy2-O3, weight 2280001600005 65 milligram, Dy-156 content is less than 0.01%, 2280001600006 Dy-158 content is less than 0.01%, 2280001600007 Dy-160 content is 0.07%, Dy-161 content is 0.71%, 2280001600008 Dy-162 content is 2.67%, Dy-163 content is 92.98%, 2280001600009 Dy-164 content is 3.57% 2280001600010 DECAY-DATA (65-TB-162,7.7MIN,DG,260.080,0.79) 2280001600011 REL-REF (R,,R.B.Firestone+,B,FIRESTONE,,1996) Decay-Data 2280001600012 HISTORY (20151018U) SD: Coded info added to SAMPLE. 2280001600013 ENDBIB 11 0 2280001600014 COMMON 1 3 2280001600015 ERR-2 2280001600016 PER-CENT 2280001600017 6.3 2280001600018 ENDCOMMON 3 0 2280001600019 DATA 4 6 2280001600020 EN DATA ERR-1 ERR-T 2280001600021 EV MB PER-CENT PER-CENT 2280001600022 1.487E+07 0.68 14. 15. 2280001600023 1.458E+07 0.67 15. 17. 2280001600024 1.428E+07 0.50 22. 23. 2280001600025 1.388E+07 0.23 38. 39. 2280001600026 1.365E+07 0.17 55. 55. 2280001600027 1.340E+07 0.12 66. 66. 2280001600028 ENDDATA 8 0 2280001600029 ENDSUBENT 28 0 2280001699999 SUBENT 22800017 20151018 22452280001700001 BIB 5 10 2280001700002 REACTION (72-HF-179(N,X)71-LU-178-M,,SIG) Sum of (n,n+p) and 2280001700003 (n,d) reactions 2280001700004 SAMPLE (72-HF-179,ENR=0.8180) Hafnium oxide Hf-O2, weight 2280001700005 60 milligram, Hf-174 content is less than 0.02%, 2280001700006 Hf-176 content is 0.54%, 2280001700007 Hf-177 content is 3.43%, Hf-178 content is 5.51%, 2280001700008 Hf-179 Content is 81.80%, Hf-180 content is 8.72%, 2280001700009 DECAY-DATA (71-LU-178-M,23.1MIN,DG,426.352,0.974) 2280001700010 REL-REF (R,,R.B.Firestone+,B,FIRESTONE,,1996) Decay-Data 2280001700011 HISTORY (20151018U) SD: Coded info added to SAMPLE. 2280001700012 ENDBIB 10 0 2280001700013 COMMON 1 3 2280001700014 ERR-2 2280001700015 PER-CENT 2280001700016 4.5 2280001700017 ENDCOMMON 3 0 2280001700018 DATA 4 6 2280001700019 EN DATA ERR-1 ERR-T 2280001700020 EV MB PER-CENT PER-CENT 2280001700021 1.487E+07 1.10 36. 36. 2280001700022 1.458E+07 0.86 51. 51. 2280001700023 1.428E+07 0.70 54. 54. 2280001700024 1.388E+07 0.93 32. 32. 2280001700025 1.365E+07 0.57 50. 52. 2280001700026 1.340E+07 0.67 39. 39. 2280001700027 ENDDATA 8 0 2280001700028 ENDSUBENT 27 0 2280001799999 SUBENT 22800018 20151018 22452280001800001 BIB 5 11 2280001800002 REACTION (76-OS-189(N,X)75-RE-188-M,,SIG) Sum of (n,n+p) and 2280001800003 (n,d) reactions 2280001800004 SAMPLE (76-OS-189,ENR=0.9451) Metallic osmium, weight 2280001800005 45 milligram, Os-184 content is less than 0.05%, 2280001800006 Os-186 content is less than 0.05%, 2280001800007 Os-187 content is less than 0.10%, 2280001800008 Os-188 content is 0.88%, Os-189 content is 94.51%, 2280001800009 Os-190 content is 3.28%, Os-192 content is 1.33% 2280001800010 DECAY-DATA (75-RE-188-M,18.6MIN,DG,105.90,0.108) 2280001800011 REL-REF (R,,R.B.Firestone+,B,FIRESTONE,,1996) Decay-Data 2280001800012 HISTORY (20151018U) SD: Coded info added to SAMPLE. 2280001800013 ENDBIB 11 0 2280001800014 COMMON 1 3 2280001800015 ERR-2 2280001800016 PER-CENT 2280001800017 5.6 2280001800018 ENDCOMMON 3 0 2280001800019 DATA 4 1 2280001800020 EN DATA ERR-1 ERR-T 2280001800021 EV MB PER-CENT PER-CENT 2280001800022 1.487E+07 0.03 46. 46. 2280001800023 ENDDATA 3 0 2280001800024 ENDSUBENT 23 0 2280001899999 ENDENTRY 18 0 2280099999999