ENTRY 22939 20211020 23052293900000001 SUBENT 22939001 20211020 23052293900100001 BIB 12 52 2293900100002 TITLE Stellar (n,gamma) cross section of p-process isotopes 2293900100003 Part I: Pd-102, Te-120, Ba-130,-132 and Dy-156 2293900100004 AUTHOR (I.Dillmann, C.Domingo-Pardo, M.Heil, F.Kaeppeler, 2293900100005 S.Walter, S.Dababneh,T.Rauscher, F.K.Thielemann,R.Plag)2293900100006 REFERENCE (J,PR/C,81,015801,2010) 2293900100007 #doi:10.1103/PhysRevC.81.015801 2293900100008 (R,INDC(GER)-0053,2021) Revised values of Karlsruhe 2293900100009 cross sections. 2293900100010 (J,EPJ/A,27,(S1),129,2006) Preliminary data. 2293900100011 #doi:10.1140/epja/i2006-08-018-5 2293900100012 INSTITUTE (2GERMUN) I.Dillmann 2293900100013 (2GERGSI) C.Domingo-Pardo, M.Heil 2293900100014 (2GERKFK) F.Kaeppeler, S.Walter 2293900100015 (2SWTBAS) T.Rauscher, F.K.Thielemann 2293900100016 (3JORJOR) S.Dababneh 2293900100017 Al Balqa Applied University,Salt 19117,Jordan. 2293900100018 REL-REF (R,,J.De Laeter+,J,PAC,75,683,2003) 2293900100019 Isotopic abundances for samples. 2293900100020 (I,,S.Dababneh+,J,NIM/A,517,230,2004) 2293900100021 Details of clover detectors. 2293900100022 (M,,H.Beer+,J,PR/C,21,534,1980) Details of exp.method 2293900100023 FACILITY (VDG,2GERKFK) The Karlsruhe 3.7-MV Van de Graaff 2293900100024 accelerator operated in DC mode with current of about 2293900100025 100 uA (for Li targets) or up to 150 microA for 2293900100026 LiF targets. 2293900100027 INC-SOURCE (P-LI7) Neutrons were produced via the Li-7(P,N)Be-7 2293900100028 source by bombarding a 30-mum thick layers of metallic2293900100029 Li or crystalline LiF on a water-cooled Cu-backings 2293900100030 with protons of 1912 keV. Neutrons were emitted into 2293900100031 forward cone of 120 deg opening angle. 2293900100032 METHOD (ACTIV) Several independent activations were carried 2293900100033 out for each isotope with modified exp. parameters. 2293900100034 Samples were irradiated in close contact with 2293900100035 the Li target. 2293900100036 MONITOR (79-AU-197(N,G)79-AU-198,,SIG,,SPA) 2293900100037 DETECTOR (GLASD) At irradiation the neutron flux was recorded 2293900100038 in intervals of 60 or 90 sec using a Li-6 glass 2293900100039 detector 91 cm downstream of Li target. 2293900100040 ADD-RES Using the energy dependencies of normalized evaluated 2293900100041 cross sections MACS were extrapolated in energy range 2293900100042 kT=160-260 keV. Given in Table XVI. 2293900100043 HISTORY (20061220C) S.M./ M.M. 2293900100044 (20100518A) M.M. Reference J,PR/C,81 was added. 2293900100045 BIB information was updated. Subents 006-023 were added2293900100046 (20110206A) SD: Ref. Europ.Phys.Jour. A27,129,2006 was 2293900100047 corrected: EPJ/AS,27,129,2006. 2293900100048 (20130203A) SD: SF1 and SF4 were changed in 2293900100049 Subents 017, 018, 023. 2293900100050 (20180831A) SD: ERR-ANALYS was updated in several 2293900100051 Subents. 2293900100052 (20211020A) SD: Corrections in several Subents. 2293900100053 Subents 024-041 added. 2293900100054 ENDBIB 52 0 2293900100055 COMMON 1 3 2293900100056 KT-NRM 2293900100057 KEV 2293900100058 25. 2293900100059 ENDCOMMON 3 0 2293900100060 ENDSUBENT 59 0 2293900199999 SUBENT 22939002 20211020 23052293900200001 BIB 10 32 2293900200002 REACTION 1(52-TE-120(N,G)52-TE-121-M,,SIG,,SPA,DERIV) 2293900200003 2(52-TE-120(N,G)52-TE-121-G,,SIG,,SPA,DERIV) 2293900200004 DECAY-DATA (52-TE-121-G,19.16D,DG,573.1,0.803) 2293900200005 (52-TE-121-M,154.D,DG,212.2,0.814) After 80 d waiting. 2293900200006 MONIT-REF (22099002,W.Ratynski+,J,PR/C,37,595,1988) 2293900200007 DECAY-MON (79-AU-198-G,2.69517D,DG,411.8,0.9558) 2293900200008 HL error 0.00021 day, intensity 0.9558+-0.0012. 2293900200009 ANALYSIS Measured spectrum averaged cross section divided by 2293900200010 the point-wise cross section folded by the experimental2293900200011 spectrum, and then multiplied by the kT=25 keV MACS 2293900200012 calculated with point-wise cross section. 2293900200013 SAMPLE Natural samples of elemental metal granules. 2293900200014 Te-120 Isotopic abundance 0.096 +- 0.001%. 2293900200015 Enclosed in 15. um thick aluminum foil and sandwiched2293900200016 between 10-30 microm thick gold foils of the same 2293900200017 diameter. 2293900200018 CORRECTION Stellar c-s was corrected for temperature-dependent 2293900200019 stellar enhancement factor SEF: 2293900200020 KT(keV) SEF 2293900200021 26. 1.00 2293900200022 172. 1.10 2293900200023 215. 1.18 2293900200024 260. 1.25 2293900200025 ERR-ANALYS (DATA-ERR) No information about source of uncertainties2293900200026 (MONIT-ERR) Uncertainty in monitor reaction. 2293900200027 STATUS (TABLE) Table 2 from Eur.Phys.J.,Suppl.A27(2006)129 2293900200028 1(SPSDD,22939011) 2293900200029 2(SPSDD,22939009) 2293900200030 HISTORY (20180831A) SD: ANALYSIS and STATUS updated. SF5=(CUM) 2293900200031 in REACTION (2) deleted. 2293900200032 (20211020A) SD: SF8=MXW -> SPA in REACTION code. 2293900200033 STATUS updated. MONIT added. 2293900200034 ENDBIB 32 0 2293900200035 COMMON 2 3 2293900200036 MONIT MONIT-ERR 2293900200037 MB MB 2293900200038 586. 8. 2293900200039 ENDCOMMON 3 0 2293900200040 DATA 5 1 2293900200041 KT-DUMMY DATA 1DATA-ERR 1DATA 2DATA-ERR 2 2293900200042 KEV MB MB MB MB 2293900200043 30. 61. 2. 390. 16. 2293900200044 ENDDATA 3 0 2293900200045 ENDSUBENT 44 0 2293900299999 SUBENT 22939003 20100518 22212293900300001 BIB 4 7 2293900300002 REACTION (52-TE-120(N,G)52-TE-121,,SIG,,MXW,DERIV) 2293900300003 REL-REF (A,,Z.Bao+,J,AND,76,70,2000) 2293900300004 STATUS (TABLE) Table 2 of J,EPJ/A,27,129,2006 and Text,p.133. 2293900300005 (DEP,22939002) Derived from Subent 22939002. 2293900300006 (SPSDD,22939020) Preliminary data were superseded by 2293900300007 data of Subent 22939020 . 2293900300008 HISTORY (20100518D) Data were deleted as superseded. 2293900300009 ENDBIB 7 0 2293900300010 COMMON 1 3 2293900300011 KT 2293900300012 KEV 2293900300013 30. 2293900300014 ENDCOMMON 3 0 2293900300015 NODATA 0 0 2293900300016 ENDSUBENT 15 0 2293900399999 SUBENT 22939004 20100518 22212293900400001 BIB 8 27 2293900400002 REACTION (56-BA-130(N,G)56-BA-131,,SIG,,MXW,DERIV) 2293900400003 Average/(most probable velocity).Stellar c-s 2293900400004 RAD-DET (56-BA-131-G,DG) 2293900400005 DECAY-DATA (56-BA-131-G,11.50D,DG,123.8,0.290, 2293900400006 DG,216.1,0.197, 2293900400007 DG,373.2,0.140, 2293900400008 DG,496.3,0.468) 2293900400009 ANALYSIS .Experimental cross section were extrapolated from 2293900400010 a thermal energy of KT=25 keV by means of the 2293900400011 theoretically predicted energy dependence. 2293900400012 SAMPLE .Natural samples of elemental Ba-130 Isotopic abundance2293900400013 0.106+-0.001%. Thin pellets were pressed from powders 2293900400014 of BaCO3. Dried at 300 and 800 deg Celcius. 2293900400015 Enclosed in 15. microm thick aluminium foil and 2293900400016 sandwiched between 10-30 microm thick gold foils of 2293900400017 the same diameter. 2293900400018 CORRECTION .Stellar c-s was corrected for temperature-dependent 2293900400019 stellar enhancement factor SEF: 2293900400020 KT(keV) SEF 2293900400021 26. 1.00 2293900400022 172. 1.23 2293900400023 215. 1.33 2293900400024 260. 1.42 2293900400025 STATUS (TABLE) Table 2 and text p.13 of J,EPJ/A,27,129,2006 2293900400026 (SPSDD,22939021) Preliminary data were superseded by 2293900400027 data of Subent 22939021. 2293900400028 HISTORY (20100518D) Data were deleted as superseded. 2293900400029 ENDBIB 27 0 2293900400030 COMMON 1 3 2293900400031 KT 2293900400032 KEV 2293900400033 30. 2293900400034 ENDCOMMON 3 0 2293900400035 NODATA 0 0 2293900400036 ENDSUBENT 35 0 2293900499999 SUBENT 22939005 20100518 22212293900500001 BIB 8 31 2293900500002 REACTION 1(56-BA-132(N,G)56-BA-133,,SIG,,MXW,DERIV) Average 2293900500003 divided by most probable velocity - 2293900500004 Stellar c-s 2293900500005 2(56-BA-132(N,G)56-BA-133-M,,SIG,,MXW,DERIV) 2293900500006 RAD-DET (56-BA-133-G,DG) 2293900500007 (56-BA-133-M,DG) 2293900500008 DECAY-DATA (56-BA-133-G,10.52YR,DG,356.0,0.621) 2293900500009 (56-BA-133-M,38.9HR,DG,275.9,0.178) 2293900500010 ANALYSIS .Experimental cross section were extrapolated from 2293900500011 a thermal energy of KT=25 keV by means of the 2293900500012 theoretically predicted energy dependence. 2293900500013 1.Obtained with the help of Glover detector via 2293900500014 strongest EC decay transition into Cs-133 2293900500015 2.Obtained via 276 keV IT line 2293900500016 REL-REF 1(A,,Z.BAO+,J,AND,76,70,2000) 2293900500017 SAMPLE Natural samples of element.Ba-132 isotopic abundance 2293900500018 0.101+-0.001%. Thin pellets were pressed from powders 2293900500019 of BaCO3.Dried at 300 and 800 deg Celcius. 2293900500020 Enclosed in 15. microm thick aluminium foil and 2293900500021 sandwiched between 10-30 microm thick gold foils of 2293900500022 the same diameter. 2293900500023 CORRECTION Stellar c-s was corrected for temperature-dependent 2293900500024 stellar enhancement factor SEF: 2293900500025 KT(keV) SEF 2293900500026 26. 1.00 2293900500027 172. 1.16 2293900500028 215. 1.22 2293900500029 260. 1.28 2293900500030 STATUS 2(PRELM) 2293900500031 (TABLE) Table 2 and text p.133 of J,EPJ/A,27,129,2006 2293900500032 1(SPSDD,22939022) 2293900500033 ENDBIB 31 0 2293900500034 COMMON 1 3 2293900500035 KT 2293900500036 KEV 2293900500037 30. 2293900500038 ENDCOMMON 3 0 2293900500039 DATA 4 1 2293900500040 DATA 1DATA-ERR 1DATA 2DATA-ERR 2 2293900500041 MB MB MB MB 2293900500042 368. 25. 33.6 1.7 2293900500043 ENDDATA 3 0 2293900500044 ENDSUBENT 43 0 2293900599999 SUBENT 22939006 20211020 23052293900600001 BIB 12 66 2293900600002 REACTION (46-PD-102(N,G)46-PD-103,,SIG,,SPA) 2293900600003 SAMPLE Sample material of natural composition and high 2293900600004 elemental purity (>99.5%). 2293900600005 Isotope Sample material Rel.abundance (%) 2293900600006 Pd-102 Pd (metal) 1.02+-0.01 2293900600007 Sample Diameter Mass Irr. Tot.exposure 2293900600008 mm mg 10**18at time,min 10**14 n 2293900600009 Pd-1 10 452.5 26.1 9770 8.18 2293900600010 Pd-2 8 301.5 17.4 5751 4.83 2293900600011 Pd-3 12 339.5 19.6 7585 3.48 2293900600012 Samples were cut from 25-um thick foils. 2293900600013 During the irradiations the samples were sandwiched 2293900600014 between 10-30-um thick gold foils of the same diameter2293900600015 INC-SPECT Quasi-stellar neutron spectrum approximated by 2293900600016 Maxwell-Boltzmann distribution for kT=25.+-0.5 keV. 2293900600017 Neutron scattering in Cu backing is negligible. 2293900600018 Spectrum is given on Fig.2 of Phys.Rrev.,C81(2010)015012293900600019 Average neutron intensity at sample position 2293900600020 (1.5-3.)*10**9 n/sec. 2293900600021 DECAY-DATA (46-PD-103,16.991D,DG,357.5,0.000221) 2293900600022 HL=16.991+-0.019d, intensity=(0.0221+-0.0007)%. 2293900600023 MONIT-REF (22099002,W.Ratynski+,J,PR/C,37,595,1988) 2293900600024 DECAY-MON (79-AU-198-G,2.69517D,DG,411.8,0.9558) 2293900600025 HL error 0.00021 day, intensity 0.9558+-0.0012. 2293900600026 DETECTOR (HPGE) The small gamma activity of Pd-103 was 2293900600027 measured with a system of two HPGe clover detectors. 2293900600028 Each consists of four independent HPGe n-type crystals 2293900600029 in a common cryostat. The two clovers were placed face 2293900600030 to face,in contact with a 5.2-mm-thick sample holder, 2293900600031 corresponding nearly to a 4-pi geometry.Whole assembly 2293900600032 was shielded against room background with 10 cm of lead2293900600033 and a 5-mm-thick layer of copper.The efficiency 2293900600034 calibration of the clover system was carried out with 2293900600035 a set of weak reference sources. 2293900600036 CORRECTION GEANT4 code simulations of the correction factors : 2293900600037 Sample Pd-1 Pd-2 Pd-3 2293900600038 Thickness,mm 0.5 0.5 0.25 2293900600039 K-extended geometry 0.9976 0.9986 0.9972 2293900600040 K-gamma self-absorption 0.9563 0.9569 0.9762 2293900600041 K-summing effect 0.9991 0.9951 0.9663 2293900600042 K-total 0.9531 0.9509 0.9407 2293900600043 ERR-ANALYS MONIT-ERR (+-8 mb) not included in ERR-T. 2293900600044 (ERR-T) Total uncertainty including the respective 2293900600045 uncertainty of gold 2293900600046 (ERR-1) Uncertainty of detector efficiency. 2293900600047 (ERR-2) Uncertainty of divergence of flux. 2293900600048 (ERR-3) Uncertainty of Au sample mass. 2293900600049 (ERR-4) Uncertainty of gamma-ray self-absorption. 2293900600050 (ERR-5) Uncertainty of gamma-ray intensity for Au. 2293900600051 (ERR-6,0.1,1.0) Uncertainty of Au counting statistics. 2293900600052 (ERR-7) Uncertainty of isotopic abundance. 2293900600053 (ERR-8) Uncertainty of gamma-ray intensity for Pd. 2293900600054 (ERR-9) Uncertainty of summing corrections. 2293900600055 (ERR-S,0.3,0.6) Uncertainty of counting statistics. 2293900600056 (ERR-10,2.0,2.2) The respective uncertainty of gold, 2293900600057 included in total uncertainty. 2293900600058 In all cases, the total uncertainties include the 2293900600059 2.0% - 2.2% uncertainty of the gold measurements. 2293900600060 FLAG (1.) Measurement by sample Pd-1 2293900600061 (2.) Measurement by sample Pd-2 2293900600062 (3.) Measurement by sample Pd-3 2293900600063 STATUS (TABLE) Table VI of Phys.Rev.C81(2010)015801 2293900600064 (SPSDD,22939024) Renormalized. 2293900600065 HISTORY (20180831U) SD: ERR-T deleted from the COMMON section. 2293900600066 (20211020A) SD: Subent superseded. KT -> KT-DUMMY. 2293900600067 MONIT added. 2293900600068 ENDBIB 66 0 2293900600069 COMMON 11 6 2293900600070 KT-DUMMY KT-ERR ERR-1 ERR-2 ERR-3 ERR-4 2293900600071 ERR-5 ERR-7 ERR-8 ERR-9 MONIT 2293900600072 KEV KEV PER-CENT PER-CENT PER-CENT PER-CENT 2293900600073 PER-CENT PER-CENT PER-CENT PER-CENT MB 2293900600074 25. 0.5 2.0 2.0 0.2 0.22293900600075 0.1 1.0 3.1 0.4 586. 2293900600076 ENDCOMMON 6 0 2293900600077 DATA 3 3 2293900600078 DATA ERR-T FLAG 2293900600079 MB MB NO-DIM 2293900600080 374. 18. 1. 2293900600081 357. 17. 2. 2293900600082 403. 19. 3. 2293900600083 ENDDATA 5 0 2293900600084 ENDSUBENT 83 0 2293900699999 SUBENT 22939007 20211020 23052293900700001 BIB 5 16 2293900700002 REACTION (46-PD-102(N,G)46-PD-103,,SIG,,SPA) 2293900700003 ANALYSIS Weighted average of three samples. 2293900700004 ERR-ANALYS MONIT-ERR (+-8 mb) not included in ERR-T. 2293900700005 (ERR-T) Total uncertainty including the respective 2293900700006 uncertainty of gold 2293900700007 (ERR-S,0.3,0.6) Uncertainty of counting statistics. 2293900700008 (ERR-10,2.0,2.2) The respective uncertainty of gold, 2293900700009 included in total uncertainty. 2293900700010 In all cases, the total uncertainties include the 2293900700011 2.0% - 2.2% uncertainty of the gold measurements. 2293900700012 STATUS (TABLE) Table VI of Phys.Rev.C81(2010)01501 2293900700013 (DEP,22939006) set of single measurements 2293900700014 (SPSDD,22939025) Renormalized. 2293900700015 HISTORY (20180831U) SD: ERR-ANALYS added. 2293900700016 (20211020A) SD: Subent superseded. KT -> KT-DUMMY. 2293900700017 MONIT added. 2293900700018 ENDBIB 16 0 2293900700019 NOCOMMON 0 0 2293900700020 DATA 5 1 2293900700021 KT-DUMMY KT-ERR DATA ERR-T MONIT 2293900700022 KEV KEV MB MB MB 2293900700023 25. 0.5 376. 17. 586. 2293900700024 ENDDATA 3 0 2293900700025 ENDSUBENT 24 0 2293900799999 SUBENT 22939008 20211020 23052293900800001 BIB 12 61 2293900800002 REACTION (52-TE-120(N,G)52-TE-121-G,,SIG,,SPA) 2293900800003 SAMPLE Sample material of natural composition and high 2293900800004 elemental purity (>99.5%). 2293900800005 Isotope Sample material Rel.abundance (%) 2293900800006 Te-120 Te (metal) 0.0927+-0.0009 2293900800007 Sample Diameter Mass Irr. Tot.exposure 2293900800008 mm mg 10**18at time,min 10**14 n 2293900800009 Te-1 10 352.9 1.54 2617 1.96 2293900800010 Te-2 10 441.2 1.93 1600 1.52 2293900800011 Te-3 8 349.3 1.53 1406 1.56 2293900800012 Te-4 8 417.2 1.83 4142 3.03 2293900800013 Te-5 8 409.6 1.79 2593 3.09 2293900800014 Thin pellets 6 to 10 mm in diameter were pressed from 2293900800015 the respective powder or granules and enclosed in thin2293900800016 cannings made from 15-um-thick Al foil. During the 2293900800017 irradiations the samples were sandwiched between 2293900800018 10-30-um thick gold foils of the same diameter. 2293900800019 MONIT-REF (22099002,W.Ratynski+,J,PR/C,37,595,1988) 2293900800020 DECAY-MON (79-AU-198-G,2.69517D,DG,411.8,0.9558) 2293900800021 HL error 0.00021 day, intensity 0.9558+-0.0012. 2293900800022 INC-SPECT Quasi-stellar neutron spectrum approximated by 2293900800023 Maxwell-Boltzmann distribution for kT=25.+-0.5 keV. 2293900800024 Neutron scattering in Cu backing is negligible. 2293900800025 Spectrum is given on Fig.2 of J,PR/C,81,01501,2010. 2293900800026 Average neutron intensity at sample position 2293900800027 (1.5-3.)*10**9 n/sec. 2293900800028 DECAY-DATA (52-TE-121-G,19.16D,DG,573.1,0.803) 2293900800029 HL=19.16+-0.05 d . Intensity (80.3+-2.5)% . 2293900800030 DETECTOR (HPGE) Single high-purity germanium detector with well 2293900800031 defined measuring position at 76.0+-0.5 mm from the 2293900800032 detector surface was used for counting the activities 2293900800033 of the gold foils and of the Te-121, Ba-131, Ba-133m 2293900800034 decays.Shielded by 10 cm of lead and 5 mm of copper. 2293900800035 Energy and efficiency calibrations have been carried 2293900800036 out with a set of reference gamma sources in the energy2293900800037 range between 60 and 2000 keV. 2293900800038 CORRECTION For self-absorption. 2293900800039 ERR-ANALYS MONIT-ERR (+-8 mb) not included in ERR-T. 2293900800040 (ERR-1) Uncertainty of detector efficiency. 2293900800041 (ERR-2) Uncertainty of divergence of flux. 2293900800042 (ERR-3) Uncertainty of Au sample mass. 2293900800043 (ERR-4) Uncertainty of gamma-ray self-absorption. 2293900800044 (ERR-5) Uncertainty of gamma-ray intensity for Au. 2293900800045 (ERR-6,0.1,1.0) Uncertainty of Au counting statistics. 2293900800046 (ERR-7) Uncertainty of isotopic abundance. 2293900800047 (ERR-8) Uncertainty of gamma-ray intensity for Te. 2293900800048 (ERR-S,0.4,0.8) Uncertainty of counting statistics. 2293900800049 (ERR-T) Total uncertainty including respective 2293900800050 uncertainty of gold (see ERR-10). 2293900800051 In all cases, the total uncertainties include the 2293900800052 2.0% - 2.2% uncertainty of the gold measurements. 2293900800053 FLAG (1.) Measurement by sample Te-1 2293900800054 (2.) Measurement by sample Te-2 2293900800055 (3.) Measurement by sample Te-3 2293900800056 (4.) Measurement by sample Te-4 2293900800057 (5.) Measurement by sample Te-5 2293900800058 STATUS (TABLE) Table VII of Phys.Rev.C81(2010)01501 2293900800059 (SPSDD,22939026) Renormalized. 2293900800060 HISTORY (20180831U) SD: ERR-T deleted from the COMMON section. 2293900800061 (20211020A) SD: Subent superseded. KT -> KT-DUMMY. 2293900800062 MONIT added. 2293900800063 ENDBIB 61 0 2293900800064 COMMON 10 6 2293900800065 KT-DUMMY KT-ERR ERR-1 ERR-2 ERR-3 ERR-4 2293900800066 ERR-5 ERR-7 ERR-8 MONIT 2293900800067 KEV KEV PER-CENT PER-CENT PER-CENT PER-CENT 2293900800068 PER-CENT PER-CENT PER-CENT MB 2293900800069 25. 0.5 2.0 2.0 0.2 0.22293900800070 0.1 0.9 3.1 586. 2293900800071 ENDCOMMON 6 0 2293900800072 DATA 3 5 2293900800073 DATA ERR-T FLAG 2293900800074 MB MB NO-DIM 2293900800075 474.4 22.9 1. 2293900800076 465.5 22.4 2. 2293900800077 484.0 23.2 3. 2293900800078 462.2 22.3 4. 2293900800079 468.2 22.7 5. 2293900800080 ENDDATA 7 0 2293900800081 ENDSUBENT 80 0 2293900899999 SUBENT 22939009 20211020 23052293900900001 BIB 7 18 2293900900002 REACTION (52-TE-120(N,G)52-TE-121-G,,SIG,,SPA) 2293900900003 ANALYSIS Weighted average of four samples. 2293900900004 MONIT-REF (22099002,W.Ratynski+,J,PR/C,37,595,1988) 2293900900005 DECAY-MON (79-AU-198-G,2.69517D,DG,411.8,0.9558) 2293900900006 HL error 0.00021 day, intensity 0.9558+-0.0012. 2293900900007 ERR-ANALYS MONIT-ERR (+-8 mb) not included in ERR-T. 2293900900008 (ERR-T) Total uncertainty 2293900900009 (ERR-S,0.4,0.8) Uncertainty of counting statistics. 2293900900010 (ERR-10,2.0,2.2) The respective uncertainty of gold, 2293900900011 included in total uncertainty. 2293900900012 In all cases, the total uncertainties include the 2293900900013 2.0% - 2.2% uncertainty of the gold measurements. 2293900900014 STATUS (TABLE) Table VII of Phys.Rev.C81(2010)01501 2293900900015 (DEP,22939008) set of single measurements 2293900900016 (SPSDD,22939027) Renormalized. 2293900900017 HISTORY (20180831U) SD: ERR-ANALYS added. 2293900900018 (20211020A) SD: Subent superseded. KT -> KT-DUMMY. 2293900900019 MONIT added. 2293900900020 ENDBIB 18 0 2293900900021 NOCOMMON 0 0 2293900900022 DATA 5 1 2293900900023 KT-DUMMY KT-ERR DATA ERR-T MONIT 2293900900024 KEV KEV MB MB MB 2293900900025 25. 0.5 470.6 22.7 586. 2293900900026 ENDDATA 3 0 2293900900027 ENDSUBENT 26 0 2293900999999 SUBENT 22939010 20211020 23052293901000001 BIB 12 67 2293901000002 REACTION (52-TE-120(N,G)52-TE-121-M,,SIG,,SPA) 2293901000003 SAMPLE Sample material of natural composition and high 2293901000004 elemental purity (>99.5%). 2293901000005 Isotope Sample material Rel.abundance (%) 2293901000006 Te-120 Te (metal) 0.0927+-0.0009 2293901000007 Sample Diameter Mass Irr. Tot.exposure 2293901000008 mm mg 10**18at time,min 10**14 n 2293901000009 Te-1 10 352.9 1.54 2617 1.96 2293901000010 Te-2 10 441.2 1.93 1600 1.52 2293901000011 Te-3 8 349.3 1.53 1406 1.56 2293901000012 Te-4 8 417.2 1.83 4142 3.03 2293901000013 Te-5 8 409.6 1.79 2593 3.09 2293901000014 Thin pellets 6 to 10 mm in diameter were pressed from 2293901000015 the respective powder or granules and enclosed in thin2293901000016 cannings made from 15-um-thick Al foil. During the 2293901000017 irradiations the samples were sandwiched between 2293901000018 10-30-um thick gold foils of the same diameter. 2293901000019 INC-SPECT Quasi-stellar neutron spectrum approximated by 2293901000020 Maxwell-Boltzmann distribution for kT=25.+-0.5 keV. 2293901000021 Neutron scattering in Cu backing is negligible. 2293901000022 Spectrum is given on Fig.2 of J,PR/C,81,01501,2010. 2293901000023 Average neutron intensity at sample position 2293901000024 (1.5-3.)*10**9 n/sec. 2293901000025 DECAY-DATA (52-TE-121-M,154.D,DG,212.2,0.814) 2293901000026 ,DG,1102.1,0.0254) 2293901000027 HL=154+-7 d. IT = (88.6 +-11)%. 2293901000028 212.2 keV gamma intensity (81.4+-0.1)%. 2293901000029 EC=(11.4 +-11)%. 2293901000030 1102.1 keV gamma intensity (2.54+-0.06)% 2293901000031 MONIT-REF (22099002,W.Ratynski+,J,PR/C,37,595,1988) 2293901000032 DECAY-MON (79-AU-198-G,2.69517D,DG,411.8,0.9558) 2293901000033 HL error 0.00021 day, intensity 0.9558+-0.0012. 2293901000034 DETECTOR (HPGE) Single high-purity germanium detector with well 2293901000035 defined measuring position at 76.0+-0.5 mm from the 2293901000036 detector surface was used for counting the activities 2293901000037 of the gold foils and of the Te-121, Ba-131, Ba-133m 2293901000038 decays.Shielded by 10 cm of lead and 5 mm of copper. 2293901000039 Energy and efficiency calibrations have been carried 2293901000040 out with a set of reference gamma sources in the energy2293901000041 range between 60 and 2000 keV. 2293901000042 CORRECTION For self-absorption. 2293901000043 ERR-ANALYS MONIT-ERR (+-8 mb) not included in ERR-T. 2293901000044 (ERR-1) Uncertainty of detector efficiency. 2293901000045 (ERR-2) Uncertainty of divergence of flux. 2293901000046 (ERR-3) Uncertainty of Au sample mass. 2293901000047 (ERR-4) Uncertainty of gamma-ray self-absorption. 2293901000048 (ERR-5) Uncertainty of gamma-ray intensity for Au. 2293901000049 (ERR-6,0.1,1.0) Uncertainty of Au counting statistics. 2293901000050 (ERR-7) Uncertainty of isotopic abundance. 2293901000051 (ERR-8) Uncertainty of gamma-ray intensity for Te. 2293901000052 (ERR-S,2.0,2.6) Uncertainty of counting statistics. 2293901000053 (ERR-10,2.0,2.2) The respective uncertainty of gold, 2293901000054 included in total uncertainty. 2293901000055 (ERR-T) Total uncertainty including respective 2293901000056 uncertainty of gold (see ERR-10). 2293901000057 In all cases, the total uncertainties include the 2293901000058 2.0% - 2.2% uncertainty of the gold measurements. 2293901000059 FLAG (1.) Measurement by sample Te-1 2293901000060 (2.) Measurement by sample Te-2 2293901000061 (3.) Measurement by sample Te-3 2293901000062 (4.) Measurement by sample Te-4 2293901000063 (5.) Measurement by sample Te-5 2293901000064 STATUS (TABLE) Table VII of Phys.Rev.C81(2010)01501 2293901000065 (SPSDD,22939028) Renormalized. 2293901000066 HISTORY (20180831U) SD: ERR-T corrected in ERR-ANALYS. 2293901000067 (20211020A) SD: Subent superseded. KT -> KT-DUMMY. 2293901000068 MONIT added. 2293901000069 ENDBIB 67 0 2293901000070 COMMON 10 6 2293901000071 KT-DUMMY KT-ERR ERR-1 ERR-2 ERR-3 ERR-4 2293901000072 ERR-5 ERR-7 ERR-8 MONIT 2293901000073 KEV KEV PER-CENT PER-CENT PER-CENT PER-CENT 2293901000074 PER-CENT PER-CENT PER-CENT MB 2293901000075 25. 0.5 2.0 2.0 0.2 0.2 2293901000076 0.1 0.9 0.1 586. 2293901000077 ENDCOMMON 6 0 2293901000078 DATA 3 5 2293901000079 DATA ERR-T FLAG 2293901000080 MB MB NO-DIM 2293901000081 66.6 2.8 1. 2293901000082 70.1 2.9 2. 2293901000083 66.5 2.8 3. 2293901000084 65.7 2.9 4. 2293901000085 69.4 3.1 5. 2293901000086 ENDDATA 7 0 2293901000087 ENDSUBENT 86 0 2293901099999 SUBENT 22939011 20211020 23052293901100001 BIB 7 19 2293901100002 REACTION (52-TE-120(N,G)52-TE-121-M,,SIG,,SPA) 2293901100003 ANALYSIS Weighted average of four samples. 2293901100004 ERR-ANALYS MONIT-ERR (+-8 mb) not included in ERR-T. 2293901100005 (ERR-S,2.0,2.6) Uncertainty of counting statistics. 2293901100006 (ERR-10,2.0,2.2) The respective uncertainty of gold, 2293901100007 included in total uncertainty. 2293901100008 (ERR-T) Total uncertainty including respective 2293901100009 uncertainty of gold (see ERR-10). 2293901100010 In all cases, the total uncertainties include the 2293901100011 2.0% - 2.2% uncertainty of the gold measurements. 2293901100012 MONIT-REF (22099002,W.Ratynski+,J,PR/C,37,595,1988) 2293901100013 DECAY-MON (79-AU-198-G,2.69517D,DG,411.8,0.9558) 2293901100014 HL error 0.00021 day, intensity 0.9558+-0.0012. 2293901100015 STATUS (TABLE) Table VII of Phys.Rev.C81(2010)01501 2293901100016 (DEP,22939010) set of single measurements 2293901100017 (SPSDD,22939029) Renormalized. 2293901100018 HISTORY (20180831U) SD: ERR-ANALYS added. 2293901100019 (20211020A) SD: Subent superseded. KT -> KT-DUMMY. 2293901100020 MONIT added. 2293901100021 ENDBIB 19 0 2293901100022 NOCOMMON 0 0 2293901100023 DATA 5 1 2293901100024 KT-DUMMY KT-ERR DATA ERR-T MONIT 2293901100025 KEV KEV MB MB MB 2293901100026 25. 0.5 67.6 2.9 586. 2293901100027 ENDDATA 3 0 2293901100028 ENDSUBENT 27 0 2293901199999 SUBENT 22939012 20211020 23052293901200001 BIB 6 19 2293901200002 REACTION (52-TE-120(N,G)52-TE-121,,SIG,,SPA) 2293901200003 MONIT-REF (22099002,W.Ratynski+,J,PR/C,37,595,1988) 2293901200004 DECAY-MON (79-AU-198-G,2.69517D,DG,411.8,0.9558) 2293901200005 HL error 0.00021 day, intensity 0.9558+-0.0012. 2293901200006 ERR-ANALYS MONIT-ERR (+-8 mb) not included in ERR-T. 2293901200007 (ERR-S,0.4,2.6) Uncertainty of counting statistics. 2293901200008 (ERR-10,2.0,2.2) The respective uncertainty of gold, 2293901200009 included in total uncertainty. 2293901200010 (ERR-T) Total uncertainty including respective 2293901200011 uncertainty of gold (see ERR-10). 2293901200012 In all cases, the total uncertainties include the 2293901200013 2.0% - 2.2% uncertainty of the gold measurements. 2293901200014 STATUS (TABLE) Table VII of Phys.Rev.C81(2010)01501 2293901200015 (DEP,22939009) gr.-st. cr.sect. 2293901200016 (DEP,22939011) meta-st. cross sect. 2293901200017 (SPSDD,22939030) Renormalized. 2293901200018 HISTORY (20180831U) SD: ERR-ANALYS added. 2293901200019 (20211020A) SD: Subent superseded. KT -> KT-DUMMY. 2293901200020 MONIT added. 2293901200021 ENDBIB 19 0 2293901200022 NOCOMMON 0 0 2293901200023 DATA 5 1 2293901200024 KT-DUMMY KT-ERR DATA ERR-T MONIT 2293901200025 KEV KEV MB MB MB 2293901200026 25. 0.5 538.2 25.6 586. 2293901200027 ENDDATA 3 0 2293901200028 ENDSUBENT 27 0 2293901299999 SUBENT 22939013 20211020 23052293901300001 BIB 13 73 2293901300002 REACTION (56-BA-130(N,G)56-BA-131,,SIG,,SPA) 2293901300003 SAMPLE Sample material of natural composition and high 2293901300004 elemental purity (>99.5%). 2293901300005 Isotope Sample material Rel.abundance (%) 2293901300006 Ba-130 BaCO3 0.106+-0.001 2293901300007 Sample Diameter Mass Irr. Tot.exposure 2293901300008 mm mg 10**18at time,min 10**14 n 2293901300009 Ba-1 Ba-130 8 106.9 0.346 7721 6.93 2293901300010 Ba-132 0.330 2293901300011 Ba-2 Ba-130 8 145.5 0.471 4014 2.70 2293901300012 Ba-132 0.448 2293901300013 Ba-3 Ba-130 10 149.7 0.484 4280 4.48 2293901300014 Ba-132 0.461 2293901300015 Thin pellets 6 to 10 mm in diameter were pressed from 2293901300016 the respective powder or granules and enclosed in thin2293901300017 cannings made from 15-um-thick Al foil. During the 2293901300018 irradiations the samples were sandwiched between 2293901300019 10-30-um thick gold foils of the same diameter. 2293901300020 INC-SPECT Quasi-stellar neutron spectrum approximated by 2293901300021 Maxwell-Boltzmann distribution for kT=25.+-0.5 keV. 2293901300022 Neutron scattering in Cu backing is negligible. 2293901300023 Spectrum is given on Fig.2 of J,PR/C,81,01501,2010. 2293901300024 Average neutron intensity at sample position 2293901300025 (1.5-3.)*10**9 n/sec. 2293901300026 DECAY-DATA (56-BA-131-G,11.50D,DG,216.1,0.204,DG,373.) 2293901300027 HL=11.50+-0.06 d . 2293901300028 216.1 keV gamma intensity (20.4+-4)%. 2293901300029 MONIT-REF (22099002,W.Ratynski+,J,PR/C,37,595,1988) 2293901300030 DECAY-MON (79-AU-198-G,2.69517D,DG,411.8,0.9558) 2293901300031 HL error 0.00021 day, intensity 0.9558+-0.0012. 2293901300032 DETECTOR (HPGE) Single high-purity germanium detector with well 2293901300033 defined measuring position at 76.0+-0.5 mm from the 2293901300034 detector surface was used for counting the activities 2293901300035 of the gold foils and of the Te-121, Ba-131, Ba-133m 2293901300036 decays.Shielded by 10 cm of lead and 5 mm of copper. 2293901300037 Energy and efficiency calibrations have been carried 2293901300038 out with a set of reference gamma sources in the energy2293901300039 range between 60 and 2000 keV. 2293901300040 CORRECTION For self-absorption. 2293901300041 ANALYSIS The two strongest transitions, 124 keV and 496 keV 2293901300042 were not used in this analysis because these lines are 2293901300043 affected by coincidence summing effects (summing-out 2293901300044 into the 620keV transition).Owing to the short isomeric2293901300045 half-life 14.6 min the partial cross section to isomer 2293901300046 could not be determined. 2293901300047 ERR-ANALYS MONIT-ERR (+-8 mb) not included in ERR-T. 2293901300048 (ERR-1) Uncertainty of detector efficiency. 2293901300049 (ERR-2) Uncertainty of divergence of flux. 2293901300050 (ERR-3) Uncertainty of Au sample mass. 2293901300051 (ERR-4) Uncertainty of gamma-ray self-absorption. 2293901300052 (ERR-5) Uncertainty of gamma-ray intensity for Au. 2293901300053 (ERR-6,0.1,1.0) Uncertainty of Au counting statistics. 2293901300054 (ERR-7) Uncertainty of isotopic abundance. 2293901300055 (ERR-8,1.4,1.5) Uncertainty of gamma-ray intensity for 2293901300056 1.5 - for 216 keV, 1.4 for 373 keV gamma-lines. 2293901300057 (ERR-S,0.4,1.4) Uncertainty of counting statistics. 2293901300058 (ERR-10,2.0,2.2) The respective uncertainty of gold, 2293901300059 included in total uncertainty. 2293901300060 (ERR-T) Total uncertainty including respective 2293901300061 uncertainty of gold (see ERR-10). 2293901300062 In all cases, the total uncertainties include the 2293901300063 2.0% - 2.2% uncertainty of the gold measurements. 2293901300064 FLAG (1.) Measurement by sample Ba-1 and 216 keV gamma-line.2293901300065 (2.) Measurement by sample Ba-2 and 216 keV gamma-line.2293901300066 (3.) Measurement by sample Ba-3 and 216 keV gamma-line.2293901300067 (4.) Measurement by sample Ba-1 and 373 keV gamma-line.2293901300068 (5.) Measurement by sample Ba-2 and 373 keV gamma-line.2293901300069 (6.) Measurement by sample Ba-3 and 373 keV gamma-line.2293901300070 STATUS (TABLE) Table VIII of Phys.Rev.C81(2010)01501 2293901300071 (SPSDD,22939031) Renormalized. 2293901300072 HISTORY (20180831U) SD: ERR-T corrected in ERR-ANALYS. 2293901300073 (20211020A) SD: Subent superseded. KT -> KT-DUMMY. 2293901300074 MONIT added. 2293901300075 ENDBIB 73 0 2293901300076 COMMON 9 6 2293901300077 KT-DUMMY KT-ERR ERR-1 ERR-2 ERR-3 ERR-4 2293901300078 ERR-5 ERR-7 MONIT 2293901300079 KEV KEV PER-CENT PER-CENT PER-CENT PER-CENT 2293901300080 PER-CENT PER-CENT MB 2293901300081 25. 0.5 2.0 2.0 0.2 0.2 2293901300082 0.1 0.9 586. 2293901300083 ENDCOMMON 6 0 2293901300084 DATA 3 6 2293901300085 DATA ERR-T FLAG 2293901300086 MB MB NO-DIM 2293901300087 724. 29. 1. 2293901300088 748. 29. 2. 2293901300089 718. 27. 3. 2293901300090 737. 29. 4. 2293901300091 752. 30. 5. 2293901300092 743. 29. 6. 2293901300093 ENDDATA 8 0 2293901300094 ENDSUBENT 93 0 2293901399999 SUBENT 22939014 20211020 23052293901400001 BIB 5 16 2293901400002 REACTION (56-BA-130(N,G)56-BA-131,,SIG,,SPA) 2293901400003 ANALYSIS Weighted average for three samples. 2293901400004 ERR-ANALYS MONIT-ERR (+-8 mb) not included in ERR-T. 2293901400005 (ERR-S,0.4,1.4) Uncertainty of counting statistics. 2293901400006 (ERR-10,2.0,2.2) The respective uncertainty of gold, 2293901400007 included in total uncertainty. 2293901400008 (ERR-T) Total uncertainty including respective 2293901400009 uncertainty of gold (see ERR-10). 2293901400010 In all cases, the total uncertainties include the 2293901400011 2.0% - 2.2% uncertainty of the gold measurements. 2293901400012 STATUS (TABLE) Table VIII of Phys.Rev.C81(2010)01501 2293901400013 (DEP,22939013) set of single measurements 2293901400014 (SPSDD,22939032) Renormalized. 2293901400015 HISTORY (20180831U) SD: ERR-ANALYS added. 2293901400016 (20211020A) SD: Subent superseded. KT -> KT-DUMMY. 2293901400017 MONIT added. 2293901400018 ENDBIB 16 0 2293901400019 NOCOMMON 0 0 2293901400020 DATA 5 1 2293901400021 KT-DUMMY KT-ERR DATA ERR-T MONIT 2293901400022 KEV KEV MB MB MB 2293901400023 25. 0.5 736. 29. 586. 2293901400024 ENDDATA 3 0 2293901400025 ENDSUBENT 24 0 2293901499999 SUBENT 22939015 20211020 23052293901500001 BIB 12 71 2293901500002 REACTION (56-BA-132(N,G)56-BA-133,,SIG,,SPA) 2293901500003 SAMPLE Sample material of natural composition and high 2293901500004 elemental purity (>99.5%). 2293901500005 Isotope Sample material Rel.abundance (%) 2293901500006 Ba-132 BaCO3 0.101+-0.001 2293901500007 Sample Diameter Mass Irr. Tot.exposure 2293901500008 mm mg 10**18at time,min 10**14 n 2293901500009 Ba-1 Ba-130 8 106.9 0.346 7721 6.93 2293901500010 Ba-132 0.330 2293901500011 Ba-2 Ba-130 8 145.5 0.471 4014 2.70 2293901500012 Ba-132 0.448 2293901500013 Ba-3 Ba-130 10 149.7 0.484 4280 4.48 2293901500014 Ba-132 0.461 2293901500015 Thin pellets 6 to 10 mm in diameter were pressed from 2293901500016 the respective powder or granules and enclosed in thin2293901500017 cannings made from 15-um-thick Al foil. During the 2293901500018 irradiations the samples were sandwiched between 2293901500019 10-30-um thick gold foils of the same diameter. 2293901500020 INC-SPECT Quasi-stellar neutron spectrum approximated by 2293901500021 Maxwell-Boltzmann distribution for kT=25.+-0.5 keV. 2293901500022 Neutron scattering in Cu backing is negligible. 2293901500023 Spectrum is given on Fig.2 of J,PR/C,81,01501,2010. 2293901500024 Average neutron intensity at sample position 2293901500025 (1.5-3.)*10**9 n/sec. 2293901500026 DECAY-DATA (56-BA-133-G,10.52YR,DG,356.0,0.6205) 2293901500027 HL=10.52+-0.13 yr. Intensity (62.05+-0.19)%. 2293901500028 MONIT-REF (22099002,W.Ratynski+,J,PR/C,37,595,1988) 2293901500029 DECAY-MON (79-AU-198-G,2.69517D,DG,411.8,0.9558) 2293901500030 HL error 0.00021 day, intensity 0.9558+-0.0012. 2293901500031 DETECTOR (HPGE) The small gamma activity of Ba-133g was 2293901500032 measured with a system of two HPGe clover detectors. 2293901500033 Each consists of four independent HPGe n-type crystals 2293901500034 in a common cryostat. The two clovers were placed face 2293901500035 to face,in contact with a 5.2-mm-thick sample holder, 2293901500036 corresponding nearly to a 4-pi geometry.Whole assembly 2293901500037 was shielded against room background with 10 cm of lead2293901500038 and a 5-mm-thick layer of copper.The efficiency 2293901500039 calibration of the clover system was carried out with 2293901500040 a set of weak reference sources. 2293901500041 CORRECTION GEANT4 code simulations of the correction factors : 2293901500042 Sample Ba-1 Ba-2 Ba-3 2293901500043 Thickness,mm 0.48 0.65 0.43 2293901500044 K-extended geometry 1.0002 1.0022 0.9994 2293901500045 K-gamma self-absorption 0.9820 0.9752 0.9841 2293901500046 K-summing effect 0.9575 0.9608 0.9570 2293901500047 K-total 0.9405 0.9390 0.9412 2293901500048 ERR-ANALYS MONIT-ERR (+-8 mb) not included in ERR-T. 2293901500049 (ERR-1) Uncertainty of detector efficiency. 2293901500050 (ERR-2) Uncertainty of divergence of flux. 2293901500051 (ERR-3) Uncertainty of Au sample mass. 2293901500052 (ERR-4) Uncertainty of gamma-ray self-absorption. 2293901500053 (ERR-5) Uncertainty of gamma-ray intensity for Au. 2293901500054 (ERR-6,0.1,1.0) Uncertainty of Au counting statistics. 2293901500055 (ERR-7) Uncertainty of isotopic abundance. 2293901500056 (ERR-8) Uncertainty of gamma-ray intensity for Ba. 2293901500057 (ERR-9) Uncertainty of summing corrections. 2293901500058 (ERR-S,0.4,1.4) Uncertainty of counting statistics. 2293901500059 (ERR-10,2.0,2.2) The respective uncertainty of gold, 2293901500060 included in total uncertainty. 2293901500061 (ERR-T) Total uncertainty including respective 2293901500062 uncertainty of gold (see ERR-10). 2293901500063 In all cases, the total uncertainties include the 2293901500064 2.0% - 2.2% uncertainty of the gold measurements. 2293901500065 FLAG (1.) Measurement by sample Ba-1 2293901500066 (2.) Measurement by sample Ba-2 2293901500067 (3.) Measurement by sample Ba-3 2293901500068 STATUS (TABLE) Table IX of Phys.Rev.C81(2010)01501 2293901500069 (SPSDD,22939033) Renormalized. 2293901500070 HISTORY (20180831U) SD: ERR-T corrected in ERR-ANALYS. 2293901500071 (20211020A) SD: Subent superseded. KT -> KT-DUMMY. 2293901500072 MONIT added. 2293901500073 ENDBIB 71 0 2293901500074 COMMON 11 6 2293901500075 KT-DUMMY KT-ERR ERR-1 ERR-2 ERR-3 ERR-4 2293901500076 ERR-5 ERR-7 ERR-8 ERR-9 MONIT 2293901500077 KEV KEV PER-CENT PER-CENT PER-CENT PER-CENT 2293901500078 PER-CENT PER-CENT PER-CENT PER-CENT MB 2293901500079 25. 0.5 2.0 2.0 0.2 0.2 2293901500080 0.1 1.0 0.3 0.4 586. 2293901500081 ENDCOMMON 6 0 2293901500082 DATA 3 3 2293901500083 DATA ERR-T FLAG 2293901500084 MB MB NO-DIM 2293901500085 396.0 15.2 1. 2293901500086 403.9 15.6 2. 2293901500087 381.8 13.7 3. 2293901500088 ENDDATA 5 0 2293901500089 ENDSUBENT 88 0 2293901599999 SUBENT 22939016 20211020 23052293901600001 BIB 5 16 2293901600002 REACTION (56-BA-132(N,G)56-BA-133,,SIG,,SPA) 2293901600003 ANALYSIS Weighted average of three samples. 2293901600004 ERR-ANALYS MONIT-ERR (+-8 mb) not included in ERR-T. 2293901600005 (ERR-S,0.4,1.4) Uncertainty of counting statistics. 2293901600006 (ERR-10,2.0,2.2) The respective uncertainty of gold, 2293901600007 included in total uncertainty. 2293901600008 (ERR-T) Total uncertainty including respective 2293901600009 uncertainty of gold (see ERR-10). 2293901600010 In all cases, the total uncertainties include the 2293901600011 2.0% - 2.2% uncertainty of the gold measurements. 2293901600012 STATUS (TABLE) Table IX of Phys.Rev.C81(2010)01501 2293901600013 (DEP,22939015) set of single measurements 2293901600014 (SPSDD,22939034) Renormalized. 2293901600015 HISTORY (20180831U) SD: ERR-ANALYS added. 2293901600016 (20211020A) SD: Subent superseded. KT -> KT-DUMMY. 2293901600017 MONIT added. 2293901600018 ENDBIB 16 0 2293901600019 NOCOMMON 0 0 2293901600020 DATA 5 1 2293901600021 KT-DUMMY KT-ERR DATA ERR-T MONIT 2293901600022 KEV KEV MB MB MB 2293901600023 25. 0.5 392.8 14.8 586. 2293901600024 ENDDATA 3 0 2293901600025 ENDSUBENT 24 0 2293901699999 SUBENT 22939017 20211020 23052293901700001 BIB 12 61 2293901700002 REACTION (66-DY-156(N,G)66-DY-157,,SIG,,SPA) 2293901700003 SAMPLE Sample material of natural composition and high 2293901700004 elemental purity (>99.5%). 2293901700005 Isotope Sample material Rel.abundance (%) 2293901700006 Dy-156 Dy (metal) 0.056+-0.003 2293901700007 Sample Diameter Mass Irr. Tot.exposure 2293901700008 mm mg 10**18at time,min 10**14 n 2293901700009 Dy-1 6 28.3 0.0588 964 0.995 2293901700010 Dy-2 10 80.1 0.166 362 0.416 2293901700011 Dy-3 6 61.6 0.128 902 1.73 2293901700012 Thin pellets 6 to 10 mm in diameter were pressed from 2293901700013 the respective powder or granules and enclosed in thin2293901700014 cannings made from 15-um-thick Al foil. During the 2293901700015 irradiations the samples were sandwiched between 2293901700016 10-30-um thick gold foils of the same diameter. 2293901700017 INC-SPECT Quasi-stellar neutron spectrum approximated by 2293901700018 Maxwell-Boltzmann distribution for kT=25.+-0.5 keV. 2293901700019 Neutron scattering in Cu backing is negligible. 2293901700020 Spectrum is given on Fig.2 of J,PR/C,81,01501,2010. 2293901700021 Average neutron intensity at sample position 2293901700022 (1.5-3.)*10**9 n/sec. 2293901700023 DECAY-DATA (66-DY-157,8.14HR,DG,326.3,0.93) 2293901700024 HL=8.14+-0.04 h. Intensity (93+-3)%. 2293901700025 MONIT-REF (22099002,W.Ratynski+,J,PR/C,37,595,1988) 2293901700026 DECAY-MON (79-AU-198-G,2.69517D,DG,411.8,0.9558) 2293901700027 HL error 0.00021 day, intensity 0.9558+-0.0012. 2293901700028 DETECTOR (HPGE) Single high-purity germanium detector with well 2293901700029 defined measuring position at 76.0+-0.5 mm from the 2293901700030 detector surface was used for counting the activities 2293901700031 of the gold foils and of the Te-121, Ba-131, Ba-133m 2293901700032 decays.Shielded by 10 cm of lead and 5 mm of copper. 2293901700033 Energy and efficiency calibrations have been carried 2293901700034 out with a set of reference gamma sources in the energy2293901700035 range between 60 and 2000 keV. 2293901700036 CORRECTION For self-absorption. 2293901700037 ERR-ANALYS MONIT-ERR (+-8 mb) not included in ERR-T. 2293901700038 (ERR-1) Uncertainty of detector efficiency. 2293901700039 (ERR-2) Uncertainty of divergence of flux. 2293901700040 (ERR-3) Uncertainty of Au sample mass. 2293901700041 (ERR-4) Uncertainty of gamma-ray self-absorption. 2293901700042 (ERR-5) Uncertainty of gamma-ray intensity for Au. 2293901700043 (ERR-6,0.1,1.0) Uncertainty of Au counting statistics. 2293901700044 (ERR-7) Uncertainty of isotopic abundance. 2293901700045 (ERR-8) Uncertainty of gamma-ray intensity for Dy. 2293901700046 (ERR-9) Uncertainty of Dy sample mass. 2293901700047 (ERR-S,1.2,2.4) Uncertainty of counting statistics. 2293901700048 (ERR-10,2.0,2.2) The respective uncertainty of gold, 2293901700049 included in total uncertainty. 2293901700050 (ERR-T) Total uncertainty including respective 2293901700051 uncertainty of gold (see ERR-10). 2293901700052 In all cases, the total uncertainties include the 2293901700053 2.0% - 2.2% uncertainty of the gold measurements. 2293901700054 FLAG (1.) Measurement by sample Dy-1 2293901700055 (2.) Measurement by sample Dy-2 2293901700056 (3.) Measurement by sample Dy-3 2293901700057 STATUS (TABLE) Table X of Phys.Rev.C81(2010)01501 2293901700058 (SPSDD,22939035) Renormalized. 2293901700059 HISTORY (20130203A) SD: SF1 and SF4 were changed 2293901700060 (SF1: DY-157 -> DY-156; SF4: DY-158 -> DY-157) 2293901700061 (20180831U) SD: ERR-T corrected in ERR-ANALYS. 2293901700062 (20211020U) SD: Subent superseded. MONIT added. 2293901700063 ENDBIB 61 0 2293901700064 COMMON 11 6 2293901700065 KT KT-ERR ERR-1 ERR-2 ERR-3 ERR-4 2293901700066 ERR-5 ERR-7 ERR-8 ERR-9 MONIT 2293901700067 KEV KEV PER-CENT PER-CENT PER-CENT PER-CENT 2293901700068 PER-CENT PER-CENT PER-CENT PER-CENT MB 2293901700069 25. 0.5 2.0 2.0 0.2 0.2 2293901700070 0.1 5.4 3.2 0.1 586. 2293901700071 ENDCOMMON 6 0 2293901700072 DATA 3 3 2293901700073 DATA ERR-T FLAG 2293901700074 MB MB NO-DIM 2293901700075 1669. 121. 1. 2293901700076 1638. 114. 2. 2293901700077 1619. 114. 3. 2293901700078 ENDDATA 5 0 2293901700079 ENDSUBENT 78 0 2293901799999 SUBENT 22939018 20211020 23052293901800001 BIB 7 20 2293901800002 REACTION (66-DY-156(N,G)66-DY-157,,SIG,,SPA) 2293901800003 ANALYSIS Weighted average for three samples. 2293901800004 MONIT-REF (22099002,W.Ratynski+,J,PR/C,37,595,1988) 2293901800005 DECAY-MON (79-AU-198-G,2.69517D,DG,411.8,0.9558) 2293901800006 HL error 0.00021 day, intensity 0.9558+-0.0012. 2293901800007 ERR-ANALYS MONIT-ERR (+-8 mb) not included in ERR-T. 2293901800008 (ERR-10,2.0,2.2) The respective uncertainty of gold, 2293901800009 included in total uncertainty. 2293901800010 (ERR-T) Total uncertainty including respective 2293901800011 uncertainty of gold (see ERR-10). 2293901800012 In all cases, the total uncertainties include the 2293901800013 2.0% - 2.2% uncertainty of the gold measurements. 2293901800014 STATUS (TABLE) Table X of Phys.Rev.C81(2010)01501 2293901800015 (DEP,22939017) set of single measurements 2293901800016 (SPSDD,22939036) Renormalized. 2293901800017 HISTORY (20130203A) SD: SF1 and SF4 were changed 2293901800018 (SF1: DY-157 -> DY-156; SF4: DY-158 -> DY-157) 2293901800019 (20180831U) SD: ERR-ANALYS added. 2293901800020 (20211020A) SD: Subent superseded. KT -> KT-DUMMY. 2293901800021 MONIT added. 2293901800022 ENDBIB 20 0 2293901800023 NOCOMMON 0 0 2293901800024 DATA 5 1 2293901800025 KT-DUMMY KT-ERR DATA ERR-T MONIT 2293901800026 KEV KEV MB MB MB 2293901800027 25. 0.5 1641. 117. 586. 2293901800028 ENDDATA 3 0 2293901800029 ENDSUBENT 28 0 2293901899999 SUBENT 22939019 20211020 23052293901900001 BIB 6 46 2293901900002 REACTION 1(46-PD-102(N,G)46-PD-103,,SIG,,MXW,DERIV) 2293901900003 Derived by ENDF/B-VII.0 2293901900004 2(46-PD-102(N,G)46-PD-103,,SIG,,MXW,DERIV) 2293901900005 Derived by JEFF-3.0A/3.1 2293901900006 3(46-PD-102(N,G)46-PD-103,,SIG,,MXW,DERIV) 2293901900007 Derived by JENDL-3.3 2293901900008 CORRECTION Correction for the cutoff at 106 keV and small 2293901900009 deviations from the shape of ideal Maxwellian spectrum2293901900010 by the energy-dependent c-s from data libraries 2293901900011 to obtain true Maxwellian average c-s at 25 keV. 2293901900012 ANALYSIS Extrapolation of MACS to lower and higher values of kT2293901900013 was determined with the evaluated energy-dependent c-s2293901900014 from JEFF-3.0A, JEFF-3.1, JENDL-3.3, ENDF-B/VII.0 2293901900015 taking into account contribution of RRR, using HF 2293901900016 calculation in URR by codes CASTHY, GNASH . 2293901900017 Evaluated c-s were folded with experimental neutron 2293901900018 spectrum and the ratio of measured c-s to average c-s 2293901900019 was calculated - Fnorm: 2293901900020 JEFF-3.0A 1.852 2293901900021 JEFF-3.1 1.852 2293901900022 JENDL-3.3 0.967 2293901900023 ENDF-B/VII.0 0.818 2293901900024 MACS were calculated as: 2293901900025 kT = kT-RRR + Fnorm * kT-URR . 2293901900026 Contribution of RRR: 2293901900027 kT,keV JEFF-3.0A JEFF-3.1 JENDL-3.3 ENDF-B/VII.0 2293901900028 5. 2.5 2.5 1.4 4.4 2293901900029 10. 0.9 0.9 0.5 1.8 2293901900030 15. 0.5 0.5 0.3 1.0 2293901900031 20. 0.3 0.3 0.2 0.7 2293901900032 25. 0.3 0.3 0.1 0.5 2293901900033 30. 0.2 0.2 0.1 0.4 2293901900034 40. 0.1 0.1 0.1 0.3 2293901900035 50. 0.1 0.1 0. 0.2 2293901900036 60. 0.1 0.1 0. 0.1 2293901900037 80. 0. 0. 0. 0.1 2293901900038 100. 0. 0. 0. 0.1 2293901900039 ERR-ANALYS (ERR-1) Uncertainty of contribution of RRR. 2293901900040 Uncertainty of evaluated c-s was not provided, 2293901900041 assumed as 0. 2293901900042 (ERR-T) Quoted total uncertainty includes ERR-1 2293901900043 and uncertainty of Fnorm. 2293901900044 STATUS (TABLE) Table XIV of Phys.Rev.C81(2010)01501 2293901900045 (DEP,22939007) 'SPA' cr.sect. 2293901900046 (SPSDD,22939037) Renormalized. 2293901900047 HISTORY (20211020U) SD: Subent superseded. 2293901900048 ENDBIB 46 0 2293901900049 COMMON 1 3 2293901900050 ERR-1 2293901900051 PER-CENT 2293901900052 20. 2293901900053 ENDCOMMON 3 0 2293901900054 DATA 7 11 2293901900055 KT DATA 1ERR-T 1DATA 2ERR-T 2DATA 32293901900056 ERR-T 3 2293901900057 KEV MB MB MB MB MB 2293901900058 MB 2293901900059 5. 835. 41. 913. 41. 905. 2293901900060 36. 2293901900061 10. 611. 29. 657. 30. 644. 2293901900062 27. 2293901900063 15. 511. 24. 534. 24. 527. 2293901900064 23. 2293901900065 20. 449. 21. 458. 21. 455. 2293901900066 20. 2293901900067 25. 405. 18. 404. 18. 406. 2293901900068 18. 2293901900069 30. 371. 17. 365. 16. 370. 2293901900070 17. 2293901900071 40. 323. 15. 311. 14. 321. 2293901900072 15. 2293901900073 50. 292. 13. 275. 12. 289. 2293901900074 13. 2293901900075 60. 270. 12. 250. 11. 267. 2293901900076 12. 2293901900077 80. 243. 11. 218. 10. 239. 2293901900078 11. 2293901900079 100. 225. 10. 198. 9. 222. 2293901900080 10. 2293901900081 ENDDATA 26 0 2293901900082 ENDSUBENT 81 0 2293901999999 SUBENT 22939020 20211020 23052293902000001 BIB 7 32 2293902000002 REACTION 1(52-TE-120(N,G)52-TE-121,,SIG,,MXW,DERIV) 2293902000003 Derived by ENDF/B-VII.0 2293902000004 2(52-TE-120(N,G)52-TE-121,,SIG,,MXW,DERIV) 2293902000005 Derived by JEFF-3.0A/3.1 2293902000006 3(52-TE-120(N,G)52-TE-121,,SIG,,MXW,DERIV) 2293902000007 Derived by JENDL-3.3 2293902000008 CORRECTION Correction for the cutoff at 106 keV and small 2293902000009 deviations from the shape of ideal Maxwellian spectrum2293902000010 by the energy-dependent c-s from data libraries 2293902000011 to obtain true Maxwellian average c-s at 25 keV. 2293902000012 ANALYSIS Extrapolation of MACS to lower and higher values of kT2293902000013 was determined with the evaluated energy-dependent c-s2293902000014 from JEFF-3.0A, JEFF-3.1, JENDL-3.3, ENDF-B/VII.0 2293902000015 using HF calculation in URR by codes CASTHY, GNASH. 2293902000016 Evaluated c-s were folded with experimental neutron 2293902000017 spectrum and the ratio of measured c-s to average c-s 2293902000018 was calculated - Fnorm: 2293902000019 JEFF-3.1 1.263 2293902000020 JENDL-3.3 1.843 2293902000021 ENDF-B/VII.0 1.843 2293902000022 COMMENT Of compiler. For Te-120 RRR is absent in evaluated 2293902000023 libraries. No authors' comment about RRR contribution 2293902000024 for Te. 2293902000025 Of author I.Dillmann. Data of Table XIV are without 2293902000026 stellar enhancement factors. 2293902000027 ERR-ANALYS (DATA-ERR) Quoted total uncertainty 2293902000028 Uncertainty of evaluated c-s was not provided, 2293902000029 assumed as 0. 2293902000030 STATUS (TABLE) Table XIV of Phys.Rev.C81(2010)01501 2293902000031 (DEP,22939012) 'SPA' cr.sect. 2293902000032 (SPSDD,22939038) Renormalized. 2293902000033 HISTORY (20211020U) SD: Subent superseded. 2293902000034 ENDBIB 32 0 2293902000035 NOCOMMON 0 0 2293902000036 DATA 7 11 2293902000037 KT DATA 1DATA-ERR 1DATA 2DATA-ERR 2DATA 32293902000038 DATA-ERR 3 2293902000039 KEV MB MB MB MB MB 2293902000040 MB 2293902000041 5. 1319. 58. 1215. 63. 1319. 2293902000042 58. 2293902000043 10. 919. 42. 880. 44. 919. 2293902000044 42. 2293902000045 15. 749. 35. 733. 36. 749. 2293902000046 35. 2293902000047 20. 649. 31. 645. 31. 649. 2293902000048 31. 2293902000049 25. 583. 28. 585. 28. 583. 2293902000050 28. 2293902000051 30. 535. 26. 540. 26. 535. 2293902000052 26. 2293902000053 40. 472. 22. 478. 22. 472. 2293902000054 22. 2293902000055 50. 431. 21. 436. 21. 431. 2293902000056 21. 2293902000057 60. 403. 19. 407. 19. 403. 2293902000058 19. 2293902000059 80. 368. 18. 368. 18. 368. 2293902000060 18. 2293902000061 100. 348. 17. 345. 17. 348. 2293902000062 17. 2293902000063 ENDDATA 26 0 2293902000064 ENDSUBENT 63 0 2293902099999 SUBENT 22939021 20211020 23052293902100001 BIB 7 50 2293902100002 REACTION 1(56-BA-130(N,G)56-BA-131,,SIG,,MXW,DERIV) 2293902100003 Derived by ENDF/B-VII.0 2293902100004 2(56-BA-130(N,G)56-BA-131,,SIG,,MXW,DERIV) 2293902100005 Derived by JEFF-3.0A 2293902100006 3(56-BA-130(N,G)56-BA-131,,SIG,,MXW,DERIV) 2293902100007 Derived by JEFF-3.1 2293902100008 4(56-BA-130(N,G)56-BA-131,,SIG,,MXW,DERIV) 2293902100009 Derived by JENDL-3.3 2293902100010 CORRECTION Correction for the cutoff at 106 keV and small 2293902100011 deviations from the shape of ideal Maxwellian spectrum2293902100012 by the energy-dependent c-s from data libraries 2293902100013 to obtain true Maxwellian average c-s at 25 keV. 2293902100014 ANALYSIS Extrapolation of MACS to lower and higher values of kT2293902100015 was determined with the evaluated energy-dependent c-s2293902100016 from JEFF-3.0A, JEFF-3.1, JENDL-3.3, ENDF-B/VII.0 2293902100017 taking into account contribution of RRR, using HF 2293902100018 calculation in URR by codes CASTHY, GNASH . 2293902100019 Evaluated c-s were folded with experimental neutron 2293902100020 spectrum and the ratio of measured c-s to average c-s 2293902100021 was calculated - Fnorm: 2293902100022 JEFF-3.0A 0.990 2293902100023 JEFF-3.1 1.024 2293902100024 JENDL-3.3 1.025 2293902100025 ENDF-B/VII.0 1.028 2293902100026 MACS were calculated as: 2293902100027 kT = kT-RRR + Fnorm * kT-URR . 2293902100028 Contribution of RRR: 2293902100029 kT,keV JEFF-3.0A JEFF-3.1 JENDL-3.3 ENDF-B/VII.0 2293902100030 5. 8.1 12.5 12.5 11.6 2293902100031 10. 3.8 5.7 5.7 5.2 2293902100032 15. 2.4 3.2 3.2 3.1 2293902100033 20. 1.6 2.0 2.0 2.1 2293902100034 25. 1.2 1.5 1.5 1.5 2293902100035 30. 1.0 1.2 1.2 1.1 2293902100036 40. 0.6 0.9 0.9 0.7 2293902100037 50. 0.5 0.7 0.7 0.5 2293902100038 60. 0.4 0.5 0.5 0.4 2293902100039 80. 0.2 0.3 0.3 0.2 2293902100040 100. 0.2 0.2 0.2 0.2 2293902100041 ERR-ANALYS (ERR-1) Uncertainty of contribution of RRR. 2293902100042 Uncertainty of evaluated c-s was not provided, 2293902100043 assumed as 0. 2293902100044 (ERR-T) Quoted total uncertainty includes ERR-1 2293902100045 and uncertainty of Fnorm. 2293902100046 COMMENT Of author I.Dillmann. Data of Table XIV are WITHOUT 2293902100047 stellar enhancement factors. 2293902100048 STATUS (TABLE) Table XIV of Phys.Rev.C81(2010)01501 2293902100049 (DEP,22939014) 'SPA' cr.sect. 2293902100050 (SPSDD,22939039) Renormalized. 2293902100051 HISTORY (20211020U) SD: Subent superseded. 2293902100052 ENDBIB 50 0 2293902100053 COMMON 1 3 2293902100054 ERR-1 2293902100055 PER-CENT 2293902100056 20. 2293902100057 ENDCOMMON 3 0 2293902100058 DATA 9 11 2293902100059 KT DATA 1ERR-T 1DATA 2ERR-T 2DATA 32293902100060 ERR-T 3DATA 4ERR-T 4 2293902100061 KEV MB MB MB MB MB 2293902100062 MB MB MB 2293902100063 5. 1600. 67. 1862. 64. 1634. 2293902100064 69. 1634. 69. 2293902100065 10. 1163. 45. 1291. 45. 1171. 2293902100066 45. 1171. 45. 2293902100067 15. 979. 38. 1040. 38. 982. 2293902100068 38. 982. 38. 2293902100069 20. 874. 34. 894. 34. 874. 2293902100070 34. 874. 34. 2293902100071 25. 805. 31. 797. 31. 804. 2293902100072 31. 804. 31. 2293902100073 30. 756. 29. 728. 29. 754. 2293902100074 29. 754. 29. 2293902100075 40. 687. 27. 635. 27. 686. 2293902100076 27. 686. 27. 2293902100077 50. 642. 25. 575. 25. 640. 2293902100078 25. 640. 25. 2293902100079 60. 610. 24. 532. 24. 608. 2293902100080 24. 608. 24. 2293902100081 80. 568. 22. 470. 22. 566. 2293902100082 22. 566. 22. 2293902100083 100. 542. 21. 425. 21. 540. 2293902100084 21. 540. 21. 2293902100085 ENDDATA 26 0 2293902100086 ENDSUBENT 85 0 2293902199999 SUBENT 22939022 20211020 23052293902200001 BIB 7 48 2293902200002 REACTION 1(56-BA-132(N,G)56-BA-133,,SIG,,MXW,DERIV) 2293902200003 Derived by ENDF/B-VII.0 2293902200004 2(56-BA-132(N,G)56-BA-133,,SIG,,MXW,DERIV) 2293902200005 Derived by JEFF-3.0A/3.1 2293902200006 3(56-BA-132(N,G)56-BA-133,,SIG,,MXW,DERIV) 2293902200007 Derived by JENDL-3.3 2293902200008 CORRECTION Correction for the cutoff at 106 keV and small 2293902200009 deviations from the shape of ideal Maxwellian spectrum2293902200010 by the energy-dependent c-s from data libraries 2293902200011 to obtain true Maxwellian average c-s at 25 keV. 2293902200012 ANALYSIS Extrapolation of MACS to lower and higher values of kT2293902200013 was determined with the evaluated energy-dependent c-s2293902200014 from JEFF-3.0A, JEFF-3.1, JENDL-3.3, ENDF-B/VII.0 2293902200015 taking into account contribution of RRR, using HF 2293902200016 calculation in URR by codes CASTHY, GNASH . 2293902200017 Evaluated c-s were folded with experimental neutron 2293902200018 spectrum and the ratio of measured c-s to average c-s 2293902200019 was calculated - Fnorm: 2293902200020 JEFF-3.0A 0.870 2293902200021 JEFF-3.1 0.869 2293902200022 JENDL-3.3 0.873 2293902200023 ENDF-B/VII.0 0.873 2293902200024 MACS were calculated as: 2293902200025 kT = kT-RRR + Fnorm * kT-URR . 2293902200026 Contribution of RRR: 2293902200027 kT,keV ENDF-B/VII.0 2293902200028 5. 1.5 2293902200029 10. 0.5 2293902200030 15. 0.3 2293902200031 20. 0.2 2293902200032 25. 0.1 2293902200033 30. 0.1 2293902200034 40. 0.1 2293902200035 50. 0. 2293902200036 60. 0. 2293902200037 80. 0. 2293902200038 100. 0. 2293902200039 ERR-ANALYS (ERR-1) Uncertainty of contribution of RRR. 2293902200040 Uncertainty of evaluated c-s was not provided, 2293902200041 assumed as 0. 2293902200042 (ERR-T) Quoted total uncertainty includes ERR-1 2293902200043 and uncertainty of Fnorm. 2293902200044 COMMENT Of author I.Dillmann. Data of Table XIV are WITHOUT 2293902200045 stellar enhancement factors. 2293902200046 STATUS (TABLE) Table XIV of Phys.Rev.C81(2010)01501 2293902200047 (DEP,22939016) 'SPA' cr.sect. 2293902200048 (SPSDD,22939040) Renormalized. 2293902200049 HISTORY (20211020U) SD: Subent superseded. 2293902200050 ENDBIB 48 0 2293902200051 COMMON 1 3 2293902200052 ERR-1 2293902200053 PER-CENT 2293902200054 20. 2293902200055 ENDCOMMON 3 0 2293902200056 DATA 7 11 2293902200057 KT DATA 1ERR-T 1DATA 2ERR-T 2DATA 32293902200058 ERR-T 3 2293902200059 KEV MB MB MB MB MB 2293902200060 MB 2293902200061 5. 929. 35. 915. 35. 915. 2293902200062 35. 2293902200063 10. 641. 24. 637. 24. 637. 2293902200064 24. 2293902200065 15. 530. 20. 528. 20. 528. 2293902200066 20. 2293902200067 20. 468. 18. 467. 18. 467. 2293902200068 18. 2293902200069 25. 427. 16. 426. 16. 426. 2293902200070 16. 2293902200071 30. 398. 15. 397. 15. 397. 2293902200072 15. 2293902200073 40. 358. 14. 357. 14. 357. 2293902200074 14. 2293902200075 50. 331. 13. 331. 13. 331. 2293902200076 13. 2293902200077 60. 313. 12. 312. 12. 312. 2293902200078 12. 2293902200079 80. 290. 11. 290. 11. 290. 2293902200080 11. 2293902200081 100. 277. 11. 276. 11. 276. 2293902200082 11. 2293902200083 ENDDATA 26 0 2293902200084 ENDSUBENT 83 0 2293902299999 SUBENT 22939023 20211020 23052293902300001 BIB 7 46 2293902300002 REACTION 1(66-DY-156(N,G)66-DY-157,,SIG,,MXW,DERIV) 2293902300003 Derived by ENDF/B-VII.0 2293902300004 2(66-DY-156(N,G)66-DY-157,,SIG,,MXW,DERIV) 2293902300005 Derived by JEFF-3.0A 2293902300006 CORRECTION Correction for the cutoff at 106 keV and small 2293902300007 deviations from the shape of ideal Maxwellian spectrum2293902300008 by the energy-dependent c-s from data libraries 2293902300009 to obtain true Maxwellian average c-s at 25 keV. 2293902300010 ANALYSIS Extrapolation of MACS to lower and higher values of kT2293902300011 was determined with the evaluated energy-dependent c-s2293902300012 from JEFF-3.0A, JEFF-3.1, JENDL-3.3, ENDF-B/VII.0 2293902300013 taking into account contribution of RRR, using HF 2293902300014 calculation in URR by codes CASTHY, GNASH . 2293902300015 Evaluated c-s were folded with experimental neutron 2293902300016 spectrum and the ratio of measured c-s to average c-s 2293902300017 was calculated - Fnorm: 2293902300018 JEFF-3.0A 1.069 2293902300019 ENDF-B/VII.0 1.059 2293902300020 MACS were calculated as: 2293902300021 kT = kT-RRR + Fnorm * kT-URR . 2293902300022 Contribution of RRR: 2293902300023 kT,keV JEFF-3.0A ENDF-B/VII.0 2293902300024 5. 0.7 0.5 2293902300025 10. 0.3 0.2 2293902300026 15. 0.2 0.1 2293902300027 20. 0.1 0.1 2293902300028 25. 0.1 0.1 2293902300029 30. 0.1 0. 2293902300030 40. 0. 0. 2293902300031 50. 0. 0. 2293902300032 60. 0. 0. 2293902300033 80. 0. 0. 2293902300034 100. 0. 0. 2293902300035 ERR-ANALYS (ERR-1) Uncertainty of contribution of RRR. 2293902300036 Uncertainty of evaluated c-s was not provided, 2293902300037 assumed as 0. 2293902300038 (ERR-T) Quoted total uncertainty includes ERR-1 2293902300039 and uncertainty of Fnorm. 2293902300040 COMMENT Of author I.Dillmann. Data of Table XIV are WITHOUT 2293902300041 stellar enhancement factors. 2293902300042 STATUS (TABLE) Table XIV of Phys.Rev.C81(2010)01501 2293902300043 (DEP,22939018) 'SPA' cr.sect. 2293902300044 (SPSDD,22939041) Renormalized. 2293902300045 HISTORY (20130203A) SD: SF1 and SF4 were changed 2293902300046 (SF1: DY-157 -> DY-156; SF4: DY-158 -> DY-157) 2293902300047 (20211020U) SD: Subent superseded. 2293902300048 ENDBIB 46 0 2293902300049 COMMON 1 3 2293902300050 ERR-1 2293902300051 PER-CENT 2293902300052 20. 2293902300053 ENDCOMMON 3 0 2293902300054 DATA 5 11 2293902300055 KT DATA 1ERR-T 1DATA 2ERR-T 2 2293902300056 KEV MB MB MB MB 2293902300057 5. 4742. 336. 4060. 288. 2293902300058 10. 3012. 214. 2710. 193. 2293902300059 15. 2355. 168. 2216. 158. 2293902300060 20. 2001. 143. 1948. 139. 2293902300061 25. 1775. 126. 1775. 126. 2293902300062 30. 1616. 115. 1651. 118. 2293902300063 40. 1408. 100. 1478. 105. 2293902300064 50. 1274. 91. 1359. 97. 2293902300065 60. 1180. 84. 1269. 91. 2293902300066 80. 1052. 75. 1142. 81. 2293902300067 100. 968. 69. 1056. 75. 2293902300068 ENDDATA 13 0 2293902300069 ENDSUBENT 68 0 2293902399999 SUBENT 22939024 20211020 23052293902400001 BIB 13 51 2293902400002 REACTION (46-PD-102(N,G)46-PD-103,,SIG,,SPA) 2293902400003 SAMPLE Sample material of natural composition and high 2293902400004 elemental purity (>99.5%) 2293902400005 Isotope Sample material Rel.abundance (%) 2293902400006 Pd-102 Pd (metal) 1.02+-0.01 2293902400007 Sample Diameter Mass Irr. Tot.exposure 2293902400008 mm mg 10**18at time,min 10**14 n 2293902400009 Pd-1 10 452.5 26.1 9770 8.18 2293902400010 Pd-2 8 301.5 17.4 5751 4.83 2293902400011 Pd-3 12 339.5 19.6 7585 3.48 2293902400012 Samples were cut from 25-um thick foils. 2293902400013 During the irradiations the samples were sandwiched 2293902400014 between 10-30-um thick gold foils of the same diameter2293902400015 INC-SPECT Quasi-stellar neutron spectrum approximated by 2293902400016 Maxwell-Boltzmann distribution for kT=25.+-0.5 keV. 2293902400017 Neutron scattering in Cu backing is negligible. 2293902400018 Spectrum is given on Fig.2 of Phys.Rrev.,C81(2010)015012293902400019 Average neutron intensity at sample position 2293902400020 (1.5-3.)*10**9 n/sec. 2293902400021 ANALYSIS Cross section values in Subent 22939.006 are 2293902400022 renormalized for new gold cross section 2293902400023 DECAY-DATA (46-PD-103,16.991D,DG,357.5,0.000221) 2293902400024 HL=16.991+-0.019d, intensity=(0.0221+-0.0007)%. 2293902400025 DECAY-MON (79-AU-198-G,3881.0MIN,DG,411.80,0.9558) 2293902400026 MONIT-REF (,R.Reifarth+,J,EPJ/P,133,424,2018) 2293902400027 CORRECTION Correction for revised gold standard: 622.7/586 =1.0622293902400028 DETECTOR (HPGE) The small gamma activity of Pd-103 was 2293902400029 measured with a system of two HPGe clover detectors. 2293902400030 Each consists of four independent HPGe n-type crystals 2293902400031 in a common cryostat. The two clovers were placed face 2293902400032 to face,in contact with a 5.2-mm-thick sample holder, 2293902400033 corresponding nearly to a 4-pi geometry.Whole assembly 2293902400034 was shielded against room background with 10 cm of lead2293902400035 and a 5-mm-thick layer of copper.The efficiency 2293902400036 calibration of the clover system was carried out with 2293902400037 a set of weak reference sources. 2293902400038 ERR-ANALYS MONIT-ERR (+-6.mb) not included in ERR-T 2293902400039 (ERR-T) Total uncertainty including the respective 2293902400040 uncertainty of gold 2293902400041 (ERR-1) Uncertainty of detector efficiency. 2293902400042 (ERR-2) Uncertainty of divergence of flux. 2293902400043 (ERR-4) Uncertainty of gamma-ray self-absorption. 2293902400044 (ERR-7) Uncertainty of isotopic abundance. 2293902400045 (ERR-8) Uncertainty of gamma-ray intensity for Pd. 2293902400046 (ERR-9) Uncertainty of summing corrections. 2293902400047 (ERR-S,0.3,0.6) Uncertainty of counting statistics. 2293902400048 FLAG (1.) Measurement by sample Pd-1 2293902400049 (2.) Measurement by sample Pd-2 2293902400050 (3.) Measurement by sample Pd-3 2293902400051 STATUS (TABLE) Table on p.193 of INDC(GER)-0053 2293902400052 HISTORY (20180831C) SD 2293902400053 ENDBIB 51 0 2293902400054 COMMON 9 6 2293902400055 KT-DUMMY KT-ERR ERR-1 ERR-2 ERR-4 ERR-7 2293902400056 ERR-8 ERR-9 MONIT 2293902400057 KEV KEV PER-CENT PER-CENT PER-CENT PER-CENT 2293902400058 PER-CENT PER-CENT MB 2293902400059 25. 0.5 2.0 2.0 0.2 1.02293902400060 3.1 0.4 622.7 2293902400061 ENDCOMMON 6 0 2293902400062 DATA 3 3 2293902400063 DATA ERR-T FLAG 2293902400064 MB MB NO-DIM 2293902400065 397. 19. 1. 2293902400066 379. 18. 2. 2293902400067 428. 20. 3. 2293902400068 ENDDATA 5 0 2293902400069 ENDSUBENT 68 0 2293902499999 SUBENT 22939025 20211020 23052293902500001 BIB 8 16 2293902500002 REACTION 1((46-PD-102(N,G)46-PD-103,,SIG,,SPA)/ 2293902500003 (79-AU-197(N,G)79-AU-198,,SIG,,SPA)) 2293902500004 2(46-PD-102(N,G)46-PD-103,,SIG,,SPA) 2293902500005 ANALYSIS Weighted average of three samples. 2293902500006 Cross section value in Subent 22939.007 is 2293902500007 renormalized for new gold cross section 2293902500008 DECAY-MON (79-AU-198-G,3881.0MIN,DG,411.80,0.9558) 2293902500009 MONIT-REF (,R.Reifarth+,J,EPJ/P,133,424,2018) 2293902500010 CORRECTION Correction for revised gold standard: 622.7/586 =1.0622293902500011 ERR-ANALYS MONIT-ERR (+-8 mb) not included in ERR-T. 2293902500012 (ERR-T) Total uncertainty including the respective 2293902500013 uncertainty of gold 2293902500014 (ERR-S,0.3,0.6) Uncertainty of counting statistics. 2293902500015 STATUS (TABLE) Table on p.194 of INDC(GER)-0053 2293902500016 (DEP,22939006) set of single measurements 2293902500017 HISTORY (20180831C) SD 2293902500018 ENDBIB 16 0 2293902500019 NOCOMMON 0 0 2293902500020 DATA 7 1 2293902500021 KT-DUMMY KT-ERR DATA 1ERR-T 1DATA 2ERR-T 22293902500022 MONIT 2293902500023 KEV KEV NO-DIM NO-DIM MB MB 2293902500024 MB 2293902500025 25. 0.5 0.642 0.029 399. 17. 2293902500026 622.7 2293902500027 ENDDATA 6 0 2293902500028 ENDSUBENT 27 0 2293902599999 SUBENT 22939026 20211020 23052293902600001 BIB 13 54 2293902600002 REACTION (52-TE-120(N,G)52-TE-121-G,,SIG,,SPA) 2293902600003 SAMPLE Sample material of natural composition and high 2293902600004 elemental purity (>99.5%). 2293902600005 Isotope Sample material Rel.abundance (%) 2293902600006 Te-120 Te (metal) 0.0927+-0.0009 2293902600007 Sample Diameter Mass Irr. Tot.exposure 2293902600008 mm mg 10**18at time,min 10**14 n 2293902600009 Te-1 10 352.9 1.54 2617 1.96 2293902600010 Te-2 10 441.2 1.93 1600 1.52 2293902600011 Te-3 8 349.3 1.53 1406 1.56 2293902600012 Te-4 8 417.2 1.83 4142 3.03 2293902600013 Te-5 8 409.6 1.79 2593 3.09 2293902600014 Thin pellets 6 to 10 mm in diameter were pressed from 2293902600015 the respective powder or granules and enclosed in thin2293902600016 cannings made from 15-um-thick Al foil. During the 2293902600017 irradiations the samples were sandwiched between 2293902600018 10-30-um thick gold foils of the same diameter. 2293902600019 ANALYSIS Cross section value in Subent 22939.008 is 2293902600020 renormalized for new gold cross section 2293902600021 DECAY-MON (79-AU-198-G,3881.0MIN,DG,411.80,0.9558) 2293902600022 MONIT-REF (,R.Reifarth+,J,EPJ/P,133,424,2018) 2293902600023 CORRECTION Correction for revised gold standard: 622.7/586 =1.0622293902600024 INC-SPECT Quasi-stellar neutron spectrum approximated by 2293902600025 Maxwell-Boltzmann distribution for kT=25.+-0.5 keV. 2293902600026 Neutron scattering in Cu backing is negligible. 2293902600027 Spectrum is given on Fig.2 of J,PR/C,81,01501,2010. 2293902600028 Average neutron intensity at sample position 2293902600029 (1.5-3.)*10**9 n/sec. 2293902600030 DECAY-DATA (52-TE-121-G,19.16D,DG,573.1,0.803) 2293902600031 HL=19.16+-0.05 d . Intensity (80.3+-2.5)% . 2293902600032 DETECTOR (HPGE) Single high-purity germanium detector with well 2293902600033 defined measuring position at 76.0+-0.5 mm from the 2293902600034 detector surface was used for counting the activities 2293902600035 of the gold foils and of the Te-121, Ba-131, Ba-133m 2293902600036 decays.Shielded by 10 cm of lead and 5 mm of copper. 2293902600037 Energy and efficiency calibrations have been carried 2293902600038 out with a set of reference gamma sources in the energy2293902600039 range between 60 and 2000 keV. 2293902600040 ERR-ANALYS MONIT-ERR (+-8 mb) not included in ERR-T. 2293902600041 (ERR-T) Total uncertainty including the respective 2293902600042 uncertainty of gold 2293902600043 (ERR-1) Uncertainty of detector efficiency. 2293902600044 (ERR-2) Uncertainty of divergence of flux. 2293902600045 (ERR-4) Uncertainty of gamma-ray self-absorption. 2293902600046 (ERR-7) Uncertainty of isotopic abundance. 2293902600047 (ERR-8) Uncertainty of gamma-ray intensity for Te. 2293902600048 (ERR-S,0.4,0.8) Uncertainty of counting statistics. 2293902600049 FLAG (1.) Measurement by sample Te-1 2293902600050 (2.) Measurement by sample Te-2 2293902600051 (3.) Measurement by sample Te-3 2293902600052 (4.) Measurement by sample Te-4 2293902600053 (5.) Measurement by sample Te-5 2293902600054 STATUS (TABLE) Table on p.195 of INDC(GER)-0053 2293902600055 HISTORY (20180831C) SD: 2293902600056 ENDBIB 54 0 2293902600057 COMMON 8 6 2293902600058 KT-DUMMY KT-ERR ERR-1 ERR-2 ERR-4 ERR-7 2293902600059 ERR-8 MONIT 2293902600060 KEV KEV PER-CENT PER-CENT PER-CENT PER-CENT 2293902600061 PER-CENT MB 2293902600062 25. 0.5 2.0 2.0 0.2 0.92293902600063 3.1 622.7 2293902600064 ENDCOMMON 6 0 2293902600065 DATA 3 5 2293902600066 DATA ERR-T FLAG 2293902600067 MB MB NO-DIM 2293902600068 503.8 23.7 1. 2293902600069 494.4 23.1 2. 2293902600070 514.0 24.0 3. 2293902600071 490.8 23.0 4. 2293902600072 497.2 23.5 5. 2293902600073 ENDDATA 7 0 2293902600074 ENDSUBENT 73 0 2293902699999 SUBENT 22939027 20211020 23052293902700001 BIB 8 16 2293902700002 REACTION 1((52-TE-120(N,G)52-TE-121-G,,SIG,,SPA)/ 2293902700003 (79-AU-197(N,G)79-AU-198,,SIG,,SPA)) 2293902700004 2(52-TE-120(N,G)52-TE-121-G,,SIG,,SPA) 2293902700005 ANALYSIS Weighted average of four samples. 2293902700006 Cross section value in Subent 22939.009 is 2293902700007 renormalized for new gold cross section 2293902700008 DECAY-MON (79-AU-198-G,3881.0MIN,DG,411.80,0.9558) 2293902700009 MONIT-REF (,R.Reifarth+,J,EPJ/P,133,424,2018) 2293902700010 CORRECTION Correction for revised gold standard: 622.7/586 =1.0622293902700011 ERR-ANALYS MONIT-ERR (+-6.mb) not included in ERR-T 2293902700012 (ERR-T) Total uncertainty including the respective 2293902700013 uncertainty of gold 2293902700014 (ERR-S,0.4,0.8) Uncertainty of counting statistics. 2293902700015 STATUS (TABLE) Table on p.196 of INDC(GER)-0053 2293902700016 (DEP,22939008) set of single measurements 2293902700017 HISTORY (20180831C) SD 2293902700018 ENDBIB 16 0 2293902700019 NOCOMMON 0 0 2293902700020 DATA 7 1 2293902700021 KT-DUMMY KT-ERR DATA 1ERR-T 1DATA 2ERR-T 22293902700022 MONIT 2293902700023 KEV KEV NO-DIM NO-DIM MB MB 2293902700024 MB 2293902700025 25. 0.5 0.803 0.039 499.8 23.5 2293902700026 622.7 2293902700027 ENDDATA 6 0 2293902700028 ENDSUBENT 27 0 2293902799999 SUBENT 22939028 20211020 23052293902800001 BIB 13 58 2293902800002 REACTION (52-TE-120(N,G)52-TE-121-M,,SIG,,SPA) 2293902800003 SAMPLE Sample material of natural composition and high 2293902800004 elemental purity (>99.5%). 2293902800005 Isotope Sample material Rel.abundance (%) 2293902800006 Te-120 Te (metal) 0.0927+-0.0009 2293902800007 Sample Diameter Mass Irr. Tot.exposure 2293902800008 mm mg 10**18at time,min 10**14 n 2293902800009 Te-1 10 352.9 1.54 2617 1.96 2293902800010 Te-2 10 441.2 1.93 1600 1.52 2293902800011 Te-3 8 349.3 1.53 1406 1.56 2293902800012 Te-4 8 417.2 1.83 4142 3.03 2293902800013 Te-5 8 409.6 1.79 2593 3.09 2293902800014 Thin pellets 6 to 10 mm in diameter were pressed from 2293902800015 the respective powder or granules and enclosed in thin2293902800016 cannings made from 15-um-thick Al foil. During the 2293902800017 irradiations the samples were sandwiched between 2293902800018 10-30-um thick gold foils of the same diameter. 2293902800019 INC-SPECT Quasi-stellar neutron spectrum approximated by 2293902800020 Maxwell-Boltzmann distribution for kT=25.+-0.5 keV. 2293902800021 Neutron scattering in Cu backing is negligible. 2293902800022 Spectrum is given on Fig.2 of J,PR/C,81,01501,2010. 2293902800023 Average neutron intensity at sample position 2293902800024 (1.5-3.)*10**9 n/sec. 2293902800025 DECAY-DATA (52-TE-121-M,154.D,DG,212.2,0.814) 2293902800026 ,DG,1102.1,0.0254) 2293902800027 HL=154+-7 d. IT = (88.6 +-11)%. 2293902800028 212.2 keV gamma intensity (81.4+-0.1)%. 2293902800029 EC=(11.4 +-11)%. 2293902800030 1102.1 keV gamma intensity (2.54+-0.06)% 2293902800031 ANALYSIS Cross section values in Subent 22939.010 are 2293902800032 renormalized for new gold cross section 2293902800033 DECAY-MON (79-AU-198-G,3881.0MIN,DG,411.80,0.9558) 2293902800034 MONIT-REF (,R.Reifarth+,J,EPJ/P,133,424,2018) 2293902800035 CORRECTION Correction for revised gold standard: 622.7/586 =1.0622293902800036 DETECTOR (HPGE) Single high-purity germanium detector with well 2293902800037 defined measuring position at 76.0+-0.5 mm from the 2293902800038 detector surface was used for counting the activities 2293902800039 of the gold foils and of the Te-121, Ba-131, Ba-133m 2293902800040 decays.Shielded by 10 cm of lead and 5 mm of copper. 2293902800041 Energy and efficiency calibrations have been carried 2293902800042 out with a set of reference gamma sources in the energy2293902800043 range between 60 and 2000 keV. 2293902800044 ERR-ANALYS MONIT-ERR (+-6.mb) not included in ERR-T 2293902800045 (ERR-T) Total uncertainty including the respective 2293902800046 uncertainty of gold 2293902800047 (ERR-1) Uncertainty of detector efficiency. 2293902800048 (ERR-2) Uncertainty of divergence of flux. 2293902800049 (ERR-4) Uncertainty of gamma-ray self-absorption. 2293902800050 (ERR-7) Uncertainty of isotopic abundance. 2293902800051 (ERR-8) Uncertainty of gamma-ray intensity for Te. 2293902800052 (ERR-S,2.0,2.6) Uncertainty of counting statistics. 2293902800053 FLAG (1.) Measurement by sample Te-1 2293902800054 (2.) Measurement by sample Te-2 2293902800055 (3.) Measurement by sample Te-3 2293902800056 (4.) Measurement by sample Te-4 2293902800057 (5.) Measurement by sample Te-5 2293902800058 STATUS (TABLE) Table on p.197 of INDC(GER)-0053 2293902800059 HISTORY (20180831C) SD 2293902800060 ENDBIB 58 0 2293902800061 COMMON 8 6 2293902800062 KT-DUMMY KT-ERR ERR-1 ERR-2 ERR-4 ERR-7 2293902800063 ERR-8 MONIT 2293902800064 KEV KEV PER-CENT PER-CENT PER-CENT PER-CENT 2293902800065 PER-CENT MB 2293902800066 25. 0.5 2.0 2.0 0.2 0.92293902800067 0.1 622.7 2293902800068 ENDCOMMON 6 0 2293902800069 DATA 3 5 2293902800070 DATA ERR-T FLAG 2293902800071 MB MB NO-DIM 2293902800072 70.7 2.9 1. 2293902800073 74.4 3.0 2. 2293902800074 70.6 2.9 3. 2293902800075 69.8 3.0 4. 2293902800076 73.7 3.2 5. 2293902800077 ENDDATA 7 0 2293902800078 ENDSUBENT 77 0 2293902899999 SUBENT 22939029 20211020 23052293902900001 BIB 8 16 2293902900002 REACTION 1((52-TE-120(N,G)52-TE-121-M,,SIG,,SPA)/ 2293902900003 (79-AU-197(N,G)79-AU-198,,SIG,,SPA)) 2293902900004 2(52-TE-120(N,G)52-TE-121-M,,SIG,,SPA) 2293902900005 ANALYSIS Weighted average of four samples. 2293902900006 Cross section value in Subent 22939.011 is 2293902900007 renormalized for new gold cross section 2293902900008 DECAY-MON (79-AU-198-G,3881.0MIN,DG,411.80,0.9558) 2293902900009 MONIT-REF (,R.Reifarth+,J,EPJ/P,133,424,2018) 2293902900010 CORRECTION Correction for revised gold standard: 622.7/586 =1.0622293902900011 ERR-ANALYS MONIT-ERR (+-6.mb) not included in ERR-T 2293902900012 (ERR-T) Total uncertainty including the respective 2293902900013 uncertainty of gold 2293902900014 (ERR-S,2.0,2.6) Uncertainty of counting statistics. 2293902900015 STATUS (TABLE) Table on p.198 of INDC(GER)-0053 2293902900016 (DEP,22939010) set of single measurements 2293902900017 HISTORY (20180831C) SD 2293902900018 ENDBIB 16 0 2293902900019 NOCOMMON 0 0 2293902900020 DATA 7 1 2293902900021 KT-DUMMY KT-ERR DATA 1ERR-T 1DATA 2ERR-T 22293902900022 MONIT 2293902900023 KEV KEV NO-DIM NO-DIM MB MB 2293902900024 MB 2293902900025 25. 0.5 0.115 0.005 71.8 3.0 2293902900026 622.7 2293902900027 ENDDATA 6 0 2293902900028 ENDSUBENT 27 0 2293902999999 SUBENT 22939030 20211020 23052293903000001 BIB 8 15 2293903000002 REACTION (52-TE-120(N,G)52-TE-121,,SIG,,SPA) 2293903000003 ANALYSIS Weighted average of three samples. 2293903000004 Cross section value in Subent 22939.012 is 2293903000005 renormalized for new gold cross section 2293903000006 DECAY-MON (79-AU-198-G,3881.0MIN,DG,411.80,0.9558) 2293903000007 MONIT-REF (,R.Reifarth+,J,EPJ/P,133,424,2018) 2293903000008 CORRECTION Correction for revised gold standard: 622.7/586 =1.0622293903000009 ERR-ANALYS MONIT-ERR (+-6.mb) not included in ERR-T 2293903000010 (ERR-T) Total uncertainty including the respective 2293903000011 uncertainty of gold 2293903000012 (ERR-S,0.4,2.6) Uncertainty of counting statistics. 2293903000013 STATUS (TABLE) Table on p.199 of INDC(GER)-0053 2293903000014 (DEP,22939009) gr.-st. cr.sect. 2293903000015 (DEP,22939011) meta-st. cross sect. 2293903000016 HISTORY (20180831C) SD 2293903000017 ENDBIB 15 0 2293903000018 NOCOMMON 0 0 2293903000019 DATA 5 1 2293903000020 KT-DUMMY KT-ERR DATA ERR-T MONIT 2293903000021 KEV KEV MB MB MB 2293903000022 25. 0.5 571.6 26.4 622.7 2293903000023 ENDDATA 3 0 2293903000024 ENDSUBENT 23 0 2293903099999 SUBENT 22939031 20211020 23052293903100001 BIB 13 58 2293903100002 REACTION (56-BA-130(N,G)56-BA-131,,SIG,,SPA) 2293903100003 SAMPLE Sample material of natural composition and high 2293903100004 elemental purity (>99.5%). 2293903100005 Isotope Sample material Rel.abundance (%) 2293903100006 Ba-130 BaCO3 0.106+-0.001 2293903100007 Sample Diameter Mass Irr. Tot.exposure 2293903100008 mm mg 10**18at time,min 10**14 n 2293903100009 Ba-1 Ba-130 8 106.9 0.346 7721 6.93 2293903100010 Ba-132 0.330 2293903100011 Ba-2 Ba-130 8 145.5 0.471 4014 2.70 2293903100012 Ba-132 0.448 2293903100013 Ba-3 Ba-130 10 149.7 0.484 4280 4.48 2293903100014 Ba-132 0.461 2293903100015 Thin pellets 6 to 10 mm in diameter were pressed from 2293903100016 the respective powder or granules and enclosed in thin2293903100017 cannings made from 15-um-thick Al foil. During the 2293903100018 irradiations the samples were sandwiched between 2293903100019 10-30-um thick gold foils of the same diameter. 2293903100020 INC-SPECT Quasi-stellar neutron spectrum approximated by 2293903100021 Maxwell-Boltzmann distribution for kT=25.+-0.5 keV. 2293903100022 Neutron scattering in Cu backing is negligible. 2293903100023 Spectrum is given on Fig.2 of J,PR/C,81,01501,2010. 2293903100024 Average neutron intensity at sample position 2293903100025 (1.5-3.)*10**9 n/sec. 2293903100026 DECAY-DATA (56-BA-131-G,11.50D,DG,216.1,0.204,DG,373.) 2293903100027 HL=11.50+-0.06 d, 2293903100028 216.1 keV gamma intensity (20.4+-4)%. 2293903100029 DECAY-MON (79-AU-198-G,3881.0MIN,DG,411.80,0.9558) 2293903100030 MONIT-REF (,R.Reifarth+,J,EPJ/P,133,424,2018) 2293903100031 CORRECTION Correction for revised gold standard: 622.7/586 =1.0622293903100032 DETECTOR (HPGE) Single high-purity germanium detector with well 2293903100033 defined measuring position at 76.0+-0.5 mm from the 2293903100034 detector surface was used for counting the activities 2293903100035 of the gold foils and of the Te-121, Ba-131, Ba-133m 2293903100036 decays.Shielded by 10 cm of lead and 5 mm of copper. 2293903100037 Energy and efficiency calibrations have been carried 2293903100038 out with a set of reference gamma sources in the energy2293903100039 range between 60 and 2000 keV. 2293903100040 ANALYSIS Cross section value in Subent 22939.013 is 2293903100041 renormalized for new gold cross section 2293903100042 ERR-ANALYS MONIT-ERR (+-6.mb) not included in ERR-T 2293903100043 (ERR-T) Total uncertainty including the respective 2293903100044 uncertainty of gold 2293903100045 (ERR-1) Uncertainty of detector efficiency. 2293903100046 (ERR-2) Uncertainty of divergence of flux. 2293903100047 (ERR-4) Uncertainty of gamma-ray self-absorption. 2293903100048 (ERR-7) Uncertainty of isotopic abundance. 2293903100049 (ERR-8,1.4,1.5) Uncertainty of gamma-ray intensity for 2293903100050 1.5 - for 216 keV, 1.4 for 373 keV gamma-lines. 2293903100051 (ERR-S,0.4,1.4) Uncertainty of counting statistics. 2293903100052 FLAG (1.) Measurement by sample Ba-1 and 216 keV gamma-line.2293903100053 (2.) Measurement by sample Ba-2 and 216 keV gamma-line.2293903100054 (3.) Measurement by sample Ba-3 and 216 keV gamma-line.2293903100055 (4.) Measurement by sample Ba-1 and 373 keV gamma-line.2293903100056 (5.) Measurement by sample Ba-2 and 373 keV gamma-line.2293903100057 (6.) Measurement by sample Ba-3 and 373 keV gamma-line.2293903100058 STATUS (TABLE) Table on p.200 of INDC(GER)-0053 2293903100059 HISTORY (20180831C) SD 2293903100060 ENDBIB 58 0 2293903100061 COMMON 7 6 2293903100062 KT-DUMMY KT-ERR ERR-1 ERR-2 ERR-4 ERR-7 2293903100063 MONIT 2293903100064 KEV KEV PER-CENT PER-CENT PER-CENT PER-CENT 2293903100065 MB 2293903100066 25. 0.5 2.0 2.0 0.2 0.92293903100067 622.7 2293903100068 ENDCOMMON 6 0 2293903100069 DATA 3 6 2293903100070 DATA ERR-T FLAG 2293903100071 MB MB NO-DIM 2293903100072 769. 30. 1. 2293903100073 794. 29. 2. 2293903100074 763. 27. 3. 2293903100075 783. 30. 4. 2293903100076 799. 31. 5. 2293903100077 789. 30. 6. 2293903100078 ENDDATA 8 0 2293903100079 ENDSUBENT 78 0 2293903199999 SUBENT 22939032 20211020 23052293903200001 BIB 8 16 2293903200002 REACTION 1((56-BA-130(N,G)56-BA-131,,SIG,,SPA)/ 2293903200003 (79-AU-197(N,G)79-AU-198,,SIG,,SPA)) 2293903200004 2(56-BA-130(N,G)56-BA-131,,SIG,,SPA) 2293903200005 ANALYSIS Weighted average of six samples. 2293903200006 Cross section value in Subent 22939.014 is 2293903200007 renormalized for new gold cross section 2293903200008 DECAY-MON (79-AU-198-G,3881.0MIN,DG,411.80,0.9558) 2293903200009 MONIT-REF (,R.Reifarth+,J,EPJ/P,133,424,2018) 2293903200010 CORRECTION Correction for revised gold standard: 622.7/586 =1.0622293903200011 ERR-ANALYS MONIT-ERR (+-6.mb) not included in ERR-T 2293903200012 (ERR-T) Total uncertainty including the respective 2293903200013 uncertainty of gold 2293903200014 (ERR-S,0.4,1.4) Uncertainty of counting statistics. 2293903200015 STATUS (TABLE) Table on p.201 of INDC(GER)-0053 2293903200016 (DEP,22939013) set of single measurements 2293903200017 HISTORY (20180831C) SD 2293903200018 ENDBIB 16 0 2293903200019 NOCOMMON 0 0 2293903200020 DATA 7 1 2293903200021 KT-DUMMY KT-ERR DATA 1ERR-T 1DATA 2ERR-T 22293903200022 MONIT 2293903200023 KEV KEV NO-DIM NO-DIM MB MB 2293903200024 MB 2293903200025 25. 0.5 1.256 0.049 782. 30. 2293903200026 622.7 2293903200027 ENDDATA 6 0 2293903200028 ENDSUBENT 27 0 2293903299999 SUBENT 22939033 20211020 23052293903300001 BIB 13 56 2293903300002 REACTION (56-BA-132(N,G)56-BA-133,,SIG,,SPA) 2293903300003 SAMPLE Sample material of natural composition and high 2293903300004 elemental purity (>99.5%). 2293903300005 Isotope Sample material Rel.abundance (%) 2293903300006 Ba-132 BaCO3 0.101+-0.001 2293903300007 Sample Diameter Mass Irr. Tot.exposure 2293903300008 mm mg 10**18at time,min 10**14 n 2293903300009 Ba-1 Ba-130 8 106.9 0.346 7721 6.93 2293903300010 Ba-132 0.330 2293903300011 Ba-2 Ba-130 8 145.5 0.471 4014 2.70 2293903300012 Ba-132 0.448 2293903300013 Ba-3 Ba-130 10 149.7 0.484 4280 4.48 2293903300014 Ba-132 0.461 2293903300015 Thin pellets 6 to 10 mm in diameter were pressed from 2293903300016 the respective powder or granules and enclosed in thin2293903300017 cannings made from 15-um-thick Al foil. During the 2293903300018 irradiations the samples were sandwiched between 2293903300019 10-30-um thick gold foils of the same diameter. 2293903300020 INC-SPECT Quasi-stellar neutron spectrum approximated by 2293903300021 Maxwell-Boltzmann distribution for kT=25.+-0.5 keV. 2293903300022 Neutron scattering in Cu backing is negligible. 2293903300023 Spectrum is given on Fig.2 of J,PR/C,81,01501,2010. 2293903300024 Average neutron intensity at sample position 2293903300025 (1.5-3.)*10**9 n/sec. 2293903300026 DECAY-DATA (56-BA-133-G,10.52YR,DG,356.0,0.6205) 2293903300027 HL=10.52+-0.13 yr. Intensity (62.05+-0.19)%. 2293903300028 ANALYSIS Cross section values in Subent 22939.015 are 2293903300029 renormalized for new gold cross section 2293903300030 DECAY-MON (79-AU-198-G,3881.0MIN,DG,411.80,0.9558) 2293903300031 MONIT-REF (,R.Reifarth+,J,EPJ/P,133,424,2018) 2293903300032 CORRECTION Correction for revised gold standard: 622.7/586 =1.0622293903300033 DETECTOR (HPGE) The small gamma activity of Ba-133g was 2293903300034 measured with a system of two HPGe clover detectors. 2293903300035 Each consists of four independent HPGe n-type crystals 2293903300036 in a common cryostat. The two clovers were placed face 2293903300037 to face,in contact with a 5.2-mm-thick sample holder, 2293903300038 corresponding nearly to a 4-pi geometry.Whole assembly 2293903300039 was shielded against room background with 10 cm of lead2293903300040 and a 5-mm-thick layer of copper.The efficiency 2293903300041 calibration of the clover system was carried out with 2293903300042 a set of weak reference sources. 2293903300043 ERR-ANALYS MONIT-ERR (+-6.mb) not included in ERR-T 2293903300044 (ERR-T) Total uncertainty including the respective 2293903300045 uncertainty of gold 2293903300046 (ERR-1) Uncertainty of detector efficiency. 2293903300047 (ERR-2) Uncertainty of divergence of flux. 2293903300048 (ERR-4) Uncertainty of gamma-ray self-absorption. 2293903300049 (ERR-7) Uncertainty of isotopic abundance. 2293903300050 (ERR-8) Uncertainty of gamma-ray intensity for Ba. 2293903300051 (ERR-9) Uncertainty of summing corrections. 2293903300052 (ERR-S,0.4,1.4) Uncertainty of counting statistics. 2293903300053 FLAG (1.) Measurement by sample Ba-1 2293903300054 (2.) Measurement by sample Ba-2 2293903300055 (3.) Measurement by sample Ba-3 2293903300056 STATUS (TABLE) Table on p.202 of INDC(GER)-0053 2293903300057 HISTORY (20180831C) SD 2293903300058 ENDBIB 56 0 2293903300059 COMMON 9 6 2293903300060 KT-DUMMY KT-ERR ERR-1 ERR-2 ERR-4 ERR-7 2293903300061 ERR-8 ERR-9 MONIT 2293903300062 KEV KEV PER-CENT PER-CENT PER-CENT PER-CENT 2293903300063 PER-CENT PER-CENT MB 2293903300064 25. 0.5 2.0 2.0 0.2 1.02293903300065 0.3 0.4 622.7 2293903300066 ENDCOMMON 6 0 2293903300067 DATA 3 3 2293903300068 DATA ERR-T FLAG 2293903300069 MB MB NO-DIM 2293903300070 420.6 15.4 1. 2293903300071 428.9 15.9 2. 2293903300072 405.5 13.8 3. 2293903300073 ENDDATA 5 0 2293903300074 ENDSUBENT 73 0 2293903399999 SUBENT 22939034 20211020 23052293903400001 BIB 8 16 2293903400002 REACTION 1((56-BA-132(N,G)56-BA-133,,SIG,,SPA)/ 2293903400003 (79-AU-197(N,G)79-AU-198,,SIG,,SPA)) 2293903400004 2(56-BA-132(N,G)56-BA-133,,SIG,,SPA) 2293903400005 ANALYSIS Weighted average of three samples. 2293903400006 Cross section value in Subent 22939.016 is 2293903400007 renormalized for new gold cross section 2293903400008 DECAY-MON (79-AU-198-G,3881.0MIN,DG,411.80,0.9558) 2293903400009 MONIT-REF (,R.Reifarth+,J,EPJ/P,133,424,2018) 2293903400010 CORRECTION Correction for revised gold standard: 622.7/586 =1.0622293903400011 ERR-ANALYS MONIT-ERR (+-6.mb) not included in ERR-T 2293903400012 (ERR-T) Total uncertainty including the respective 2293903400013 uncertainty of gold 2293903400014 (ERR-S,0.4,1.4) Uncertainty of counting statistics. 2293903400015 STATUS (TABLE) Table on p.203 of INDC(GER)-0053 2293903400016 (DEP,22939015) set of single measurements 2293903400017 HISTORY (20180831C) SD 2293903400018 ENDBIB 16 0 2293903400019 NOCOMMON 0 0 2293903400020 DATA 7 1 2293903400021 KT-DUMMY KT-ERR DATA 1ERR-T 1DATA 2ERR-T 22293903400022 MONIT 2293903400023 KEV KEV NO-DIM NO-DIM MB MB 2293903400024 MB 2293903400025 25. 0.5 0.670 0.049 417.2 15.0 2293903400026 622.7 2293903400027 ENDDATA 6 0 2293903400028 ENDSUBENT 27 0 2293903499999 SUBENT 22939035 20211020 23052293903500001 BIB 13 51 2293903500002 REACTION (66-DY-156(N,G)66-DY-157,,SIG,,SPA) 2293903500003 SAMPLE Sample material of natural composition and high 2293903500004 elemental purity (>99.5%). 2293903500005 Isotope Sample material Rel.abundance (%) 2293903500006 Dy-156 Dy (metal) 0.056+-0.003 2293903500007 Sample Diameter Mass Irr. Tot.exposure 2293903500008 mm mg 10**18at time,min 10**14 n 2293903500009 Dy-1 6 28.3 0.0588 964 0.995 2293903500010 Dy-2 10 80.1 0.166 362 0.416 2293903500011 Dy-3 6 61.6 0.128 902 1.73 2293903500012 Thin pellets 6 to 10 mm in diameter were pressed from 2293903500013 the respective powder or granules and enclosed in thin2293903500014 cannings made from 15-um-thick Al foil. During the 2293903500015 irradiations the samples were sandwiched between 2293903500016 10-30-um thick gold foils of the same diameter. 2293903500017 INC-SPECT Quasi-stellar neutron spectrum approximated by 2293903500018 Maxwell-Boltzmann distribution for kT=25.+-0.5 keV. 2293903500019 Neutron scattering in Cu backing is negligible. 2293903500020 Spectrum is given on Fig.2 of J,PR/C,81,01501,2010. 2293903500021 Average neutron intensity at sample position 2293903500022 (1.5-3.)*10**9 n/sec. 2293903500023 DECAY-DATA (66-DY-157,8.14HR,DG,326.3,0.93) 2293903500024 HL=8.14+-0.04 h. Intensity (93+-3)%. 2293903500025 ANALYSIS Cross section values in Subent 22939.017 are 2293903500026 renormalized for new gold cross section 2293903500027 DECAY-MON (79-AU-198-G,3881.0MIN,DG,411.80,0.9558) 2293903500028 MONIT-REF (,R.Reifarth+,J,EPJ/P,133,424,2018) 2293903500029 CORRECTION Correction for revised gold standard: 622.7/586 =1.0622293903500030 DETECTOR (HPGE) Single high-purity germanium detector with well 2293903500031 defined measuring position at 76.0+-0.5 mm from the 2293903500032 detector surface was used for counting the activities 2293903500033 of the gold foils and of the Te-121, Ba-131, Ba-133m 2293903500034 decays.Shielded by 10 cm of lead and 5 mm of copper. 2293903500035 Energy and efficiency calibrations have been carried 2293903500036 out with a set of reference gamma sources in the energy2293903500037 range between 60 and 2000 keV. 2293903500038 ERR-ANALYS MONIT-ERR (+-6.mb) not included in ERR-T 2293903500039 (ERR-T) Total uncertainty including the respective 2293903500040 uncertainty of gold 2293903500041 (ERR-1) Uncertainty of detector efficiency. 2293903500042 (ERR-2) Uncertainty of divergence of flux. 2293903500043 (ERR-4) Uncertainty of gamma-ray self-absorption. 2293903500044 (ERR-7) Uncertainty of isotopic abundance. 2293903500045 (ERR-8) Uncertainty of gamma-ray intensity for Dy. 2293903500046 (ERR-9) Uncertainty of Dy sample mass. 2293903500047 (ERR-S,1.2,2.4) Uncertainty of counting statistics. 2293903500048 FLAG (1.) Measurement by sample Dy-1 2293903500049 (2.) Measurement by sample Dy-2 2293903500050 (3.) Measurement by sample Dy-3 2293903500051 STATUS (TABLE) Table on p.204 of INDC(GER)-0053 2293903500052 HISTORY (20180831C) SD 2293903500053 ENDBIB 51 0 2293903500054 COMMON 9 6 2293903500055 KT KT-ERR ERR-1 ERR-2 ERR-4 ERR-7 2293903500056 ERR-8 ERR-9 MONIT 2293903500057 KEV KEV PER-CENT PER-CENT PER-CENT PER-CENT 2293903500058 PER-CENT PER-CENT MB 2293903500059 25. 0.5 2.0 2.0 0.2 5.42293903500060 3.2 0.1 622.7 2293903500061 ENDCOMMON 6 0 2293903500062 DATA 3 3 2293903500063 DATA ERR-T FLAG 2293903500064 MB MB NO-DIM 2293903500065 1772. 127. 1. 2293903500066 1740. 120. 2. 2293903500067 1719. 120. 3. 2293903500068 ENDDATA 5 0 2293903500069 ENDSUBENT 68 0 2293903599999 SUBENT 22939036 20211020 23052293903600001 BIB 8 16 2293903600002 REACTION 1((66-DY-156(N,G)66-DY-157,,SIG,,SPA)/ 2293903600003 (79-AU-197(N,G)79-AU-198,,SIG,,SPA)) 2293903600004 2(66-DY-156(N,G)66-DY-157,,SIG,,SPA) 2293903600005 ANALYSIS Weighted average of three samples. 2293903600006 Cross section value in Subent 22939.018 is 2293903600007 renormalized for new gold cross section 2293903600008 DECAY-MON (79-AU-198-G,3881.0MIN,DG,411.80,0.9558) 2293903600009 MONIT-REF (,R.Reifarth+,J,EPJ/P,133,424,2018) 2293903600010 CORRECTION Correction for revised gold standard: 622.7/586 =1.0622293903600011 ERR-ANALYS MONIT-ERR (+-6.mb) not included in ERR-T 2293903600012 (ERR-T) Total uncertainty including the respective 2293903600013 uncertainty of gold 2293903600014 (ERR-S,1.2,2.4) Uncertainty of counting statistics. 2293903600015 STATUS (TABLE) Table on p.205 of INDC(GER)-0053 2293903600016 (DEP,22939017) set of single measurements 2293903600017 HISTORY (20180831C) SD 2293903600018 ENDBIB 16 0 2293903600019 NOCOMMON 0 0 2293903600020 DATA 7 1 2293903600021 KT-DUMMY KT-ERR DATA 1ERR-T 1DATA 2ERR-T 22293903600022 MONIT 2293903600023 KEV KEV NO-DIM NO-DIM MB MB 2293903600024 MB 2293903600025 25. 0.5 2.80 0.20 1743. 123. 2293903600026 622.7 2293903600027 ENDDATA 6 0 2293903600028 ENDSUBENT 27 0 2293903699999 SUBENT 22939037 20211020 23052293903700001 BIB 8 19 2293903700002 REACTION 1(46-PD-102(N,G)46-PD-103,,SIG,,MXW,DERIV) 2293903700003 Derived by ENDF/B-VII.0 2293903700004 2(46-PD-102(N,G)46-PD-103,,SIG,,MXW,DERIV) 2293903700005 Derived by JEFF-3.0A/3.1 2293903700006 3(46-PD-102(N,G)46-PD-103,,SIG,,MXW,DERIV) 2293903700007 Derived by JENDL-3.3 2293903700008 ANALYSIS Cross section values in Subent 22939.019 are 2293903700009 renormalized for new gold cross section 2293903700010 DECAY-MON (79-AU-198-G,3881.0MIN,DG,411.80,0.9558) 2293903700011 MONIT-REF (,R.Reifarth+,J,EPJ/P,133,424,2018) 2293903700012 CORRECTION Correction for revised gold standard: 622.7/586 =1.0622293903700013 ERR-ANALYS (ERR-1) Uncertainty of contribution of RRR. 2293903700014 Uncertainty of evaluated c-s was not provided, 2293903700015 assumed as 0. 2293903700016 (ERR-T) Quoted total uncertainty includes ERR-1 2293903700017 and uncertainty of Fnorm. 2293903700018 STATUS (TABLE) Tables on pp.206-210 of INDC(GER)-0053 2293903700019 (DEP,22939007) 'SPA' cr.sect. 2293903700020 HISTORY (20180831C) SD: 2293903700021 ENDBIB 19 0 2293903700022 COMMON 1 3 2293903700023 ERR-1 2293903700024 PER-CENT 2293903700025 20. 2293903700026 ENDCOMMON 3 0 2293903700027 DATA 7 11 2293903700028 KT DATA 1ERR-T 1DATA 2ERR-T 2DATA 32293903700029 ERR-T 3 2293903700030 KEV MB MB MB MB MB 2293903700031 MB 2293903700032 5. 887. 42. 970. 42. 961.2293903700033 37. 2293903700034 10. 649. 30. 698. 31. 684.2293903700035 28. 2293903700036 15. 543. 25. 567. 25. 560.2293903700037 24. 2293903700038 20. 477. 22. 486. 22. 483.2293903700039 21. 2293903700040 25. 430. 18. 429. 19. 431.2293903700041 18. 2293903700042 30. 394. 18. 388. 16. 393.2293903700043 18. 2293903700044 40. 343. 15. 330. 14. 341.2293903700045 15. 2293903700046 50. 310. 13. 292. 12. 307.2293903700047 13. 2293903700048 60. 287. 12. 266. 11. 284.2293903700049 12. 2293903700050 80. 258. 11. 232. 10. 254.2293903700051 11. 2293903700052 100. 239. 10. 210. 9. 236.2293903700053 10. 2293903700054 ENDDATA 26 0 2293903700055 ENDSUBENT 54 0 2293903799999 SUBENT 22939038 20211020 23052293903800001 BIB 8 17 2293903800002 REACTION 1(52-TE-120(N,G)52-TE-121,,SIG,,MXW,DERIV) 2293903800003 Derived by ENDF/B-VII.0 2293903800004 2(52-TE-120(N,G)52-TE-121,,SIG,,MXW,DERIV) 2293903800005 Derived by JEFF-3.0A/3.1 2293903800006 3(52-TE-120(N,G)52-TE-121,,SIG,,MXW,DERIV) 2293903800007 Derived by JENDL-3.3 2293903800008 ANALYSIS Cross section values in Subent 22939.020 are 2293903800009 renormalized for new gold cross section 2293903800010 DECAY-MON (79-AU-198-G,3881.0MIN,DG,411.80,0.9558) 2293903800011 MONIT-REF (,R.Reifarth+,J,EPJ/P,133,424,2018) 2293903800012 CORRECTION Correction for revised gold standard: 622.7/586 =1.0622293903800013 ERR-ANALYS (DATA-ERR) Quoted total uncertainty . 2293903800014 Uncertainty of evaluated c-s was not provided, 2293903800015 assumed as 0. 2293903800016 STATUS (TABLE) Tables on pp.212-217 of INDC(GER)-0053 2293903800017 (DEP,22939012) 'SPA' cr.sect. 2293903800018 HISTORY (20180831C) SD: 2293903800019 ENDBIB 17 0 2293903800020 NOCOMMON 0 0 2293903800021 DATA 7 11 2293903800022 KT DATA 1DATA-ERR 1DATA 2DATA-ERR 2DATA 32293903800023 DATA-ERR 3 2293903800024 KEV MB MB MB MB MB 2293903800025 MB 2293903800026 5. 1401. 60. 1290. 65. 1401.2293903800027 60. 2293903800028 10. 976. 43. 935. 46. 976.2293903800029 43. 2293903800030 15. 795. 36. 778. 37. 795.2293903800031 36. 2293903800032 20. 689. 32. 685. 32. 689.2293903800033 32. 2293903800034 25. 619. 29. 621. 29. 619.2293903800035 29. 2293903800036 30. 568. 27. 573. 27. 568.2293903800037 27. 2293903800038 40. 501. 23. 508. 23. 472.2293903800039 23. 2293903800040 50. 458. 22. 463. 22. 458.2293903800041 22. 2293903800042 60. 428. 20. 432. 20. 428.2293903800043 20. 2293903800044 80. 391. 19. 391. 19. 391.2293903800045 19. 2293903800046 100. 348. 18. 366. 17. 370.2293903800047 18. 2293903800048 ENDDATA 26 0 2293903800049 ENDSUBENT 48 0 2293903899999 SUBENT 22939039 20211020 23052293903900001 BIB 8 21 2293903900002 REACTION 1(56-BA-130(N,G)56-BA-131,,SIG,,MXW,DERIV) 2293903900003 Derived by ENDF/B-VII.0 2293903900004 2(56-BA-130(N,G)56-BA-131,,SIG,,MXW,DERIV) 2293903900005 Derived by JEFF-3.0A 2293903900006 3(56-BA-130(N,G)56-BA-131,,SIG,,MXW,DERIV) 2293903900007 Derived by JEFF-3.1 2293903900008 4(56-BA-130(N,G)56-BA-131,,SIG,,MXW,DERIV) 2293903900009 Derived by JENDL-3.3 2293903900010 ANALYSIS Cross section values in Subent 22939.021 are 2293903900011 renormalized for new gold cross section 2293903900012 DECAY-MON (79-AU-198-G,3881.0MIN,DG,411.80,0.9558) 2293903900013 MONIT-REF (,R.Reifarth+,J,EPJ/P,133,424,2018) 2293903900014 CORRECTION Correction for revised gold standard: 622.7/586 =1.0622293903900015 ERR-ANALYS (ERR-1) Uncertainty of contribution of RRR. 2293903900016 Uncertainty of evaluated c-s was not provided, 2293903900017 assumed as 0. 2293903900018 (ERR-T) Quoted total uncertainty includes ERR-1 2293903900019 and uncertainty of Fnorm. 2293903900020 STATUS (TABLE) Tables on pp.218-225 of INDC(GER)-0053 2293903900021 (DEP,22939014) 'SPA' cr.sect. 2293903900022 HISTORY (20180831C) SD: 2293903900023 ENDBIB 21 0 2293903900024 COMMON 1 3 2293903900025 ERR-1 2293903900026 PER-CENT 2293903900027 20. 2293903900028 ENDCOMMON 3 0 2293903900029 DATA 9 11 2293903900030 KT DATA 1ERR-T 1DATA 2ERR-T 2DATA 32293903900031 ERR-T 3DATA 4ERR-T 4 2293903900032 KEV MB MB MB MB MB 2293903900033 MB MB MB 2293903900034 5. 1699. 69. 1977. 64. 1735.2293903900035 71. 1735. 71. 2293903900036 10. 1235. 46. 1371. 45. 1244.2293903900037 46. 1244. 46. 2293903900038 15. 1040. 39. 1104. 38. 1043.2293903900039 39. 1043. 39. 2293903900040 20. 928. 35. 949. 34. 928.2293903900041 35. 928. 35. 2293903900042 25. 855. 32. 846. 31. 854.2293903900043 32. 854. 32. 2293903900044 30. 803. 29. 773. 28. 801.2293903900045 29. 801. 29. 2293903900046 40. 730. 28. 674. 28. 729.2293903900047 28. 729. 28. 2293903900048 50. 682. 25. 611. 26. 680.2293903900049 25. 680. 25. 2293903900050 60. 648. 24. 565. 25. 646.2293903900051 23. 646. 23. 2293903900052 80. 603. 22. 499. 23. 601.2293903900053 22. 601. 22. 2293903900054 100. 576. 21. 451. 22. 573.2293903900055 21. 573. 21. 2293903900056 ENDDATA 26 0 2293903900057 ENDSUBENT 56 0 2293903999999 SUBENT 22939040 20211020 23052293904000001 BIB 9 21 2293904000002 REACTION 1(56-BA-132(N,G)56-BA-133,,SIG,,MXW,DERIV) 2293904000003 Derived by ENDF/B-VII.0 2293904000004 2(56-BA-132(N,G)56-BA-133,,SIG,,MXW,DERIV) 2293904000005 Derived by JEFF-3.0A/3.1 2293904000006 3(56-BA-132(N,G)56-BA-133,,SIG,,MXW,DERIV) 2293904000007 Derived by JENDL-3.3 2293904000008 ANALYSIS Cross section value in Subent 22939.022 is 2293904000009 renormalized for new gold cross section 2293904000010 DECAY-MON (79-AU-198-G,3881.0MIN,DG,411.80,0.9558) 2293904000011 MONIT-REF (,R.Reifarth+,J,EPJ/P,133,424,2018) 2293904000012 CORRECTION Correction for revised gold standard: 622.7/586 =1.0622293904000013 ERR-ANALYS (ERR-1) Uncertainty of contribution of RRR. 2293904000014 Uncertainty of evaluated c-s was not provided, 2293904000015 assumed as 0. 2293904000016 (ERR-T) Quoted total uncertainty includes ERR-1 2293904000017 and uncertainty of Fnorm. 2293904000018 COMMENT Of author I.Dillmann. Data of Table XIV are without 2293904000019 stellar enhancement factors. 2293904000020 STATUS (TABLE) Tables on pp.226-231 of INDC(GER)-0053 2293904000021 (DEP,22939016) 'SPA' cr.sect. 2293904000022 HISTORY (20180831C) SD 2293904000023 ENDBIB 21 0 2293904000024 COMMON 1 3 2293904000025 ERR-1 2293904000026 PER-CENT 2293904000027 20. 2293904000028 ENDCOMMON 3 0 2293904000029 DATA 7 11 2293904000030 KT DATA 1ERR-T 1DATA 2ERR-T 2DATA 32293904000031 ERR-T 3 2293904000032 KEV MB MB MB MB MB 2293904000033 MB 2293904000034 5. 987. 36. 972. 36. 972.2293904000035 36. 2293904000036 10. 681. 24. 676. 24. 676.2293904000037 24. 2293904000038 15. 563. 20. 561. 20. 561.2293904000039 20. 2293904000040 20. 497. 18. 496. 17. 496.2293904000041 18. 2293904000042 25. 453. 16. 452. 16. 452.2293904000043 16. 2293904000044 30. 423. 15. 422. 15. 422.2293904000045 15. 2293904000046 40. 380. 14. 379. 14. 379.2293904000047 14. 2293904000048 50. 352. 13. 351. 13. 351.2293904000049 13. 2293904000050 60. 332. 12. 331. 12. 331.2293904000051 12. 2293904000052 80. 308. 11. 308. 11. 308.2293904000053 11. 2293904000054 100. 294. 11. 293. 11. 293.2293904000055 11. 2293904000056 ENDDATA 26 0 2293904000057 ENDSUBENT 56 0 2293904099999 SUBENT 22939041 20211020 23052293904100001 BIB 8 17 2293904100002 REACTION 1(66-DY-156(N,G)66-DY-157,,SIG,,MXW,DERIV) 2293904100003 Derived by ENDF/B-VII.0 2293904100004 2(66-DY-156(N,G)66-DY-157,,SIG,,MXW,DERIV) 2293904100005 Derived by JEFF-3.0A 2293904100006 ANALYSIS Cross section values in Subent 22939.023 are 2293904100007 renormalized for new gold cross section 2293904100008 DECAY-MON (79-AU-198-G,3881.0MIN,DG,411.80,0.9558) 2293904100009 MONIT-REF (,R.Reifarth+,J,EPJ/P,133,424,2018) 2293904100010 CORRECTION Correction for revised gold standard: 622.7/586 =1.0622293904100011 ERR-ANALYS (ERR-1) Uncertainty of contribution of RRR. 2293904100012 Uncertainty of evaluated c-s was not provided, 2293904100013 assumed as 0. 2293904100014 (ERR-T) Quoted total uncertainty includes ERR-1 2293904100015 and uncertainty of Fnorm. 2293904100016 STATUS (TABLE) Tables on pp.232-234 of INDC(GER)-0053 2293904100017 (DEP,22939018) 'SPA' cr.sect. 2293904100018 HISTORY (20180831C) SD 2293904100019 ENDBIB 17 0 2293904100020 COMMON 1 3 2293904100021 ERR-1 2293904100022 PER-CENT 2293904100023 20. 2293904100024 ENDCOMMON 3 0 2293904100025 DATA 5 11 2293904100026 KT DATA 1ERR-T 1DATA 2ERR-T 2 2293904100027 KEV MB MB MB MB 2293904100028 5. 5036. 352. 4312. 302. 2293904100029 10. 3199. 219. 2878. 202. 2293904100030 15. 2355. 168. 2353. 166. 2293904100031 20. 2001. 143. 2069. 146. 2293904100032 25. 1775. 126. 1885. 132. 2293904100033 30. 1616. 115. 1753. 124. 2293904100034 40. 1408. 100. 1570. 110. 2293904100035 50. 1274. 91. 1443. 102. 2293904100036 60. 1180. 84. 1348. 95. 2293904100037 80. 1052. 75. 1213. 85. 2293904100038 100. 968. 69. 1121. 79. 2293904100039 ENDDATA 13 0 2293904100040 ENDSUBENT 39 0 2293904199999 ENDENTRY 41 0 2293999999999