ENTRY 22291 20150819 22432229100000001 SUBENT 22291001 20150819 22432229100100001 BIB 13 57 2229100100002 REFERENCE (J,NSE,116,125,1994) Main reference, data are given 2229100100003 (J,PR/C,52,(5),2546,199511) Isomeric cs-ratios were 2229100100004 measured (only relative measurements were carried out).2229100100005 TITLE Excitation functions of neutron threshold reactions 2229100100006 on some isotopes of germanium, arsenic and selenium 2229100100007 in the 6.3- to 14.7-MeV energy range. 2229100100008 AUTHOR (I.Birn,S.M.Qaim,B.Strohmaier,H.Freiesleben) 2229100100009 INSTITUTE (2GERJUL) Birn, Qaim 2229100100010 (2GERDRE) Birn, Freiesleben 2229100100011 (2AUSIRK) Strohmaier 2229100100012 FACILITY (CYCLO,2GERJUL) The Julich CV28 variable-energy compact2229100100013 cyclotron delivered deuteron beams in the energy range2229100100014 4.6 - 9.3 MeV, giving neutrons in the 6.3 to 11.7 MeV 2229100100015 range. 2229100100016 (CCW,2GERDRE) The pulsed neutron generator at 2229100100017 Technische Universitat Dresden. 130 keV deuteron 2229100100018 energy with currents of 20 to 30 microAmps were used 2229100100019 for 14.68 MeV neutrons. 2229100100020 INC-SOURCE (D-D) Zero-degree neutrons from the d + d reaction 2229100100021 were used for 6.3 to 11.7 MeV neutron range 2229100100022 (D-T) Zero-degree neutrons from the d + t reaction 2229100100023 were used for 14.68 MeV neutrons 2229100100024 INC-SPECT .Quasi-monoenergetic. 2229100100025 METHOD (ACTIV) Gamma counters were used to measure induced 2229100100026 activity. 2229100100027 DETECTOR (GELI) A 36 cm3 Ge-Li detector was used for the 2229100100028 monitor foils in the d-d experiment and all the d-t 2229100100029 measurements. 2229100100030 (HPGE) A 65 cm3 HPGe detector was used for the 2229100100031 samples in the d-d experiment. 2229100100032 (SILI) Surface barrier Si(Li) detector used for 2229100100033 monitoring the neutron flux in the d-t experiment by 2229100100034 counting the associated alpha particles at 165 deg 2229100100035 (with respect to the deuteron direction) with a thus 2229100100036 allowing corrections for small variations in flux 2229100100037 during the irradiations. 2229100100038 ANALYSIS (AREA) The peak ares were determined by simple summing 2229100100039 with linear background subtraction. 2229100100040 CORRECTION .The data were corrected for interfering nuclear 2229100100041 reactions. For the Se-76(n,p)As-76 and 2229100100042 Ge-72,73(n,p)Ga-72,73 reactions, contributions 2229100100043 from (n,d) + (n,np ) + (n,pn) reactions were subtract 2229100100044 for the 14.7 MeV data only, assuming summed cross sec-2229100100045 tions of 4.5, 4 and 3 mb, resp. The cross sections of 2229100100046 the Ge-76(n,g)Ge-75 reaction were corrected for 2229100100047 contributions from the Ge-74(n,g)Ge-75 reaction using 2229100100048 neutron transport calculations. 2229100100049 STATUS (TABLE) Data taken from tables in both references 2229100100050 HISTORY (19960202C) J.B. 2229100100051 (19961220E) 2229100100052 (19991005A) Corrected by S.M. 2229100100053 (20150819A) SD:Updated to new date formats,lower case. 2229100100054 Corrections according last EXFOR rules and Dict. 2229100100055 MONIT was added to Subents 2-14. MONITOR moved to 2229100100056 Subents 2-17. ERR-ANALYS updated. ERR-T -> DATA-ERR1. 2229100100057 MONITOR moved to Subents 2-14. ERR-ANALYS, SAMPLE were2229100100058 moved to Subents 2-17. Others small corrections. 2229100100059 ENDBIB 57 0 2229100100060 NOCOMMON 0 0 2229100100061 ENDSUBENT 60 0 2229100199999 SUBENT 22291002 20150819 22432229100200001 BIB 8 44 2229100200002 REACTION (33-AS-75(N,P)32-GE-75,,SIG) 2229100200003 DECAY-DATA (32-GE-75-G,1.38HR,DG,264.7,.113) 2229100200004 MONITOR ((MONIT1)13-AL-27(N,A)11-NA-24,,SIG) From IRDF. 2229100200005 ((MONIT2)26-FE-56(N,P)25-MN-56,,SIG) From IRDF. 2229100200006 For En < 7.5MeV 2229100200007 DECAY-MON ((MONIT1)11-NA-24,14.66HR,DG,1368.,1.00) 2229100200008 ((MONIT2)25-MN-56,2.58HR,DG,847.,.989) 2229100200009 SAMPLE .For the d-d experiments, As2O3, 2.5 g, 99.5% of 2229100200010 natural isotopic composition was pressed into 2229100200011 1.3 cm diameter x 0.5 cm thick pellets. 2229100200012 Aluminium, iron and nickel monitor foils were attached2229100200013 at the front and the back of the sample. 2229100200014 .For the d-t experiments, As2O3, 1 g, 99.5% of 2229100200015 natural isotopic composition was pressed into 0.9 or 2229100200016 1.3 cm diameter x 0.5 cm thick pellets. Aluminium 2229100200017 monitor foils were attached at the front and the back 2229100200018 of the samples. 2229100200019 ERR-ANALYS (ERR-1) This uncertainty includes: 2229100200020 * Uncertainty in sample weight < 1.% 2229100200021 * Uncertainty in peak area analysis 3.% 2229100200022 * Uncertainty in efficiency of the gamma- 2229100200023 detectors for sample counting (2.-5.)% 2229100200024 * Statistical error of gamma counting (At 2229100200025 the lowest neutron energies, the statistical errors 2229100200026 were up to 35%.) 2229100200027 * Uncertainty in coincidence summing 2229100200028 correction < 5.% 2229100200029 * Uncertainty in averaging of neutron flux (2.-3.)% 2229100200030 * uncertainties in correction for activity induced 2229100200031 by background neutrons: 2229100200032 * gas-in/gas-out, (5.-15.)% 2229100200033 * breakup at D2 < 5.% 2229100200034 ERR-1 are not included uncertainties in the decay 2229100200035 data, in the corrections for contributions from other 2229100200036 nuclear reactions, or in the excitation function of 2229100200037 the monitor reaction (see below) 2229100200038 (MONIT1-ERR) Uncertainty in 27Al(n,alpha)24Na reaction 2229100200039 (MONIT2-ERR) Uncertainty in 56Fe(n,p)56Mn reaction 2229100200040 (EN-ERR) Energy error 2229100200041 (ERR-2) uncertainty in decay data 2229100200042 STATUS (TABLE) .Data taken from table IV of NSE,116,125 2229100200043 HISTORY (20150819A) SD: MONIT1,MONIT2 were added. 2229100200044 MONITOR, ERR-ANALYS, SAMPLE were added from Subents 1.2229100200045 ERR-T -> ERR-1. ERR-ANALYS was update. 2229100200046 ENDBIB 44 0 2229100200047 COMMON 1 3 2229100200048 ERR-2 2229100200049 PER-CENT 2229100200050 3.0 2229100200051 ENDCOMMON 3 0 2229100200052 DATA 8 9 2229100200053 EN EN-ERR DATA ERR-1 MONIT1 MONIT1-ERR 2229100200054 MONIT2 MONIT2-ERR 2229100200055 MEV MEV MB MB MB MB 2229100200056 MB MB 2229100200057 6.340 0.140 4.06 0.60 2229100200058 19.2 1.2 2229100200059 7.320 0.160 6.06 0.86 2229100200060 33.2 1.4 2229100200061 7.800 0.170 6.91 0.97 36.78 0.922229100200062 2229100200063 8.260 0.180 8.0 1.2 47.01 0.852229100200064 2229100200065 9.180 0.200 11.3 1.8 76.2 1.92229100200066 2229100200067 10.090 0.220 16.6 3.4 89.9 3.02229100200068 2229100200069 10.980 0.240 19.1 3.3 107.2 4.12229100200070 2229100200071 11.870 0.255 20.3 3.4 116.6 3.02229100200072 2229100200073 14.680 0.100 17.6 1.1 112.49 0.552229100200074 2229100200075 ENDDATA 22 0 2229100200076 ENDSUBENT 75 0 2229100299999 SUBENT 22291003 20150819 22432229100300001 BIB 8 44 2229100300002 REACTION (33-AS-75(N,A)31-GA-72,,SIG) 2229100300003 DECAY-DATA (31-GA-72,14.1HR,DG,834.1,.9563) 2229100300004 MONITOR ((MONIT1)13-AL-27(N,A)11-NA-24,,SIG) From IRDF. 2229100300005 ((MONIT2)26-FE-56(N,P)25-MN-56,,SIG) From IRDF. 2229100300006 For En < 7.5MeV 2229100300007 DECAY-MON ((MONIT1)11-NA-24,14.66HR,DG,1368.,1.00) 2229100300008 ((MONIT2)25-MN-56,2.58HR,DG,847.,.989) 2229100300009 SAMPLE .For the d-d experiments, As2O3, 2.5 g, 99.5% of 2229100300010 natural isotopic composition was pressed into 2229100300011 1.3 cm diameter x 0.5 cm thick pellets. 2229100300012 Aluminium, iron and nickel monitor foils were attached2229100300013 at the front and the back of the sample. 2229100300014 .For the d-t experiments, As2O3, 1 g, 99.5% of 2229100300015 natural isotopic composition was pressed into 0.9 or 2229100300016 1.3 cm diameter x 0.5 cm thick pellets. Aluminium 2229100300017 monitor foils were attached at the front and the back 2229100300018 of the samples. 2229100300019 ERR-ANALYS (ERR-1) This uncertainty includes: 2229100300020 * Uncertainty in sample weight < 1.% 2229100300021 * Uncertainty in peak area analysis 3.% 2229100300022 * Uncertainty in efficiency of the gamma- 2229100300023 detectors for sample counting (2.-5.)% 2229100300024 * Statistical error of gamma counting (At 2229100300025 the lowest neutron energies, the statistical errors 2229100300026 were up to 35%.) 2229100300027 * Uncertainty in coincidence summing 2229100300028 correction < 5.% 2229100300029 * Uncertainty in averaging of neutron flux (2.-3.)% 2229100300030 * uncertainties in correction for activity induced 2229100300031 by background neutrons: 2229100300032 * gas-in/gas-out, (5.-15.)% 2229100300033 * breakup at D2 < 5.% 2229100300034 ERR-1 are not included uncertainties in the decay 2229100300035 data, in the corrections for contributions from other 2229100300036 nuclear reactions, or in the excitation function of 2229100300037 the monitor reaction (see below) 2229100300038 (MONIT1-ERR) Uncertainty in 27Al(n,alpha)24Na reaction 2229100300039 (MONIT2-ERR) Uncertainty in 56Fe(n,p)56Mn reaction 2229100300040 (EN-ERR) Energy error 2229100300041 (ERR-2) uncertainty in decay data 2229100300042 STATUS (TABLE) .Data taken from table IV of NSE,116,125 2229100300043 HISTORY (20150819A) SD: MONIT1,MONIT2 were added. 2229100300044 MONITOR, ERR-ANALYS, SAMPLE were added from Subents 1.2229100300045 ERR-T -> ERR-1. ERR-ANALYS was update. 2229100300046 ENDBIB 44 0 2229100300047 COMMON 1 3 2229100300048 ERR-2 2229100300049 PER-CENT 2229100300050 0.1 2229100300051 ENDCOMMON 3 0 2229100300052 DATA 8 9 2229100300053 EN EN-ERR DATA ERR-1 MONIT1 MONIT1-ERR 2229100300054 MONIT2 MONIT2-ERR 2229100300055 MEV MEV MB MB MB MB 2229100300056 MB MB 2229100300057 6.340 0.140 0.136 0.016 2229100300058 19.2 1.2 2229100300059 7.320 0.160 0.472 0.088 2229100300060 33.2 1.4 2229100300061 7.800 0.170 0.699 0.071 36.78 0.922229100300062 2229100300063 8.260 0.180 1.12 0.10 47.01 0.852229100300064 2229100300065 9.180 0.200 2.17 0.25 76.2 1.92229100300066 2229100300067 10.090 0.220 3.72 0.72 89.9 3.02229100300068 2229100300069 10.980 0.240 5.44 0.77 107.2 4.12229100300070 2229100300071 11.870 0.255 7.5 1.2 116.6 3.02229100300072 2229100300073 14.680 0.100 11.22 0.660 112.49 0.552229100300074 2229100300075 ENDDATA 22 0 2229100300076 ENDSUBENT 75 0 2229100399999 SUBENT 22291004 20150819 22432229100400001 BIB 8 40 2229100400002 REACTION (33-AS-75(N,2N)33-AS-74,,SIG) 2229100400003 DECAY-DATA (33-AS-74,17.8D,DG,595.9,.602) 2229100400004 MONITOR ((MONIT1)13-AL-27(N,A)11-NA-24,,SIG) From IRDF. 2229100400005 DECAY-MON ((MONIT1)11-NA-24,14.66HR,DG,1368.,1.00) 2229100400006 SAMPLE .For the d-d experiments, As2O3, 2.5 g, 99.5% of 2229100400007 natural isotopic composition was pressed into 2229100400008 1.3 cm diameter x 0.5 cm thick pellets. 2229100400009 Aluminium, iron and nickel monitor foils were attached2229100400010 at the front and the back of the sample. 2229100400011 .For the d-t experiments, As2O3, 1 g, 99.5% of 2229100400012 natural isotopic composition was pressed into 0.9 or 2229100400013 1.3 cm diameter x 0.5 cm thick pellets. Aluminium 2229100400014 monitor foils were attached at the front and the back 2229100400015 of the samples. 2229100400016 ERR-ANALYS (ERR-1) This uncertainty includes: 2229100400017 * Uncertainty in sample weight < 1.% 2229100400018 * Uncertainty in peak area analysis 3.% 2229100400019 * Uncertainty in efficiency of the gamma- 2229100400020 detectors for sample counting (2.-5.)% 2229100400021 * Statistical error of gamma counting (At 2229100400022 the lowest neutron energies, the statistical errors 2229100400023 were up to 35%.) 2229100400024 * Uncertainty in coincidence summing 2229100400025 correction < 5.% 2229100400026 * Uncertainty in averaging of neutron flux (2.-3.)% 2229100400027 * uncertainties in correction for activity induced 2229100400028 by background neutrons: 2229100400029 * gas-in/gas-out, (5.-15.)% 2229100400030 * breakup at D2 < 5.% 2229100400031 ERR-1 are not included uncertainties in the decay 2229100400032 data, in the corrections for contributions from other 2229100400033 nuclear reactions, or in the excitation function of 2229100400034 the monitor reaction (see below) 2229100400035 (MONIT1-ERR) Uncertainty in 27Al(n,alpha)24Na reaction 2229100400036 (EN-ERR) Energy error 2229100400037 (ERR-2) uncertainty in decay data 2229100400038 STATUS (TABLE) .Data taken from table IV of NSE,116,125 2229100400039 HISTORY (20150819A) SD: MONIT1 was added. MONITOR, ERR-ANALYS,2229100400040 SAMPLE were added from Subents 1. 2229100400041 ERR-T -> ERR-1. ERR-ANALYS was update. 2229100400042 ENDBIB 40 0 2229100400043 COMMON 1 3 2229100400044 ERR-2 2229100400045 PER-CENT 2229100400046 2.4 2229100400047 ENDCOMMON 3 0 2229100400048 DATA 6 3 2229100400049 EN EN-ERR DATA ERR-1 MONIT1 MONIT1-ERR 2229100400050 MEV MEV MB MB MB MB 2229100400051 10.980 0.240 192. 34. 107.2 4.12229100400052 11.870 0.255 609. 93. 116.6 3.02229100400053 14.680 0.100 1134. 67. 112.49 0.552229100400054 ENDDATA 5 0 2229100400055 ENDSUBENT 54 0 2229100499999 SUBENT 22291005 20150819 22432229100500001 BIB 8 44 2229100500002 REACTION (34-SE-74(N,P)33-AS-74,,SIG) 2229100500003 DECAY-DATA (33-AS-74,17.8D,DG,595.9,.602) 2229100500004 MONITOR ((MONIT1)13-AL-27(N,A)11-NA-24,,SIG) From IRDF. 2229100500005 ((MONIT2)26-FE-56(N,P)25-MN-56,,SIG) From IRDF. 2229100500006 For En < 7.5MeV 2229100500007 DECAY-MON ((MONIT1)11-NA-24,14.66HR,DG,1368.,1.00) 2229100500008 ((MONIT2)25-MN-56,2.58HR,DG,847.,.989) 2229100500009 SAMPLE .For the d-d experiments, selenium, 2.5 g, 99.5% of 2229100500010 natural isotopic composition was pressed into 2229100500011 1.3 cm diameter x 0.5 cm thick pellet. 2229100500012 Aluminium, iron and nickel monitor foils were attached2229100500013 at the front and the back of the sample. 2229100500014 .For the d-t experiments, selenium, 2.5 g, 99.5%, of 2229100500015 natural isotopic composition was pressed into 0.9 2229100500016 or 1.3 cm diameter x 0.5 cm thick pellets. Aluminium 2229100500017 monitor foils were attached at the front and the back 2229100500018 of the samples. 2229100500019 ERR-ANALYS (ERR-1) This uncertainty includes: 2229100500020 * Uncertainty in sample weight < 1.% 2229100500021 * Uncertainty in peak area analysis 3.% 2229100500022 * Uncertainty in efficiency of the gamma- 2229100500023 detectors for sample counting (2.-5.)% 2229100500024 * Statistical error of gamma counting (At 2229100500025 the lowest neutron energies, the statistical errors 2229100500026 were up to 35%.) 2229100500027 * Uncertainty in coincidence summing 2229100500028 correction < 5.% 2229100500029 * Uncertainty in averaging of neutron flux (2.-3.)% 2229100500030 * uncertainties in correction for activity induced 2229100500031 by background neutrons: 2229100500032 * gas-in/gas-out, (5.-15.)% 2229100500033 * breakup at D2 < 5.% 2229100500034 ERR-1 are not included uncertainties in the decay 2229100500035 data, in the corrections for contributions from other 2229100500036 nuclear reactions, or in the excitation function of 2229100500037 the monitor reaction (see below) 2229100500038 (MONIT1-ERR) Uncertainty in 27Al(n,alpha)24Na reaction 2229100500039 (MONIT2-ERR) Uncertainty in 56Fe(n,p)56Mn reaction 2229100500040 (EN-ERR) Energy error 2229100500041 (ERR-2) uncertainty in decay data 2229100500042 STATUS (TABLE) .Data taken from table V of NSE,116,125 2229100500043 HISTORY (20150819A) SD: MONIT1,MONIT2 were added. 2229100500044 MONITOR, ERR-ANALYS, SAMPLE were added from Subents 1.2229100500045 ERR-T -> ERR-1. ERR-ANALYS was update. 2229100500046 ENDBIB 44 0 2229100500047 COMMON 1 3 2229100500048 ERR-2 2229100500049 PER-CENT 2229100500050 2.4 2229100500051 ENDCOMMON 3 0 2229100500052 DATA 8 7 2229100500053 EN EN-ERR DATA ERR-1 MONIT1 MONIT1-ERR 2229100500054 MONIT2 MONIT2-ERR 2229100500055 MEV MEV MB MB MB MB 2229100500056 MB MB 2229100500057 6.250 0.110 83.1 9.1 2229100500058 17.8 1.1 2229100500059 7.210 0.130 95. 15. 21.64 0.562229100500060 2229100500061 8.120 0.145 97. 16. 43.01 0.992229100500062 2229100500063 9.030 0.160 114. 16. 71.75 1.442229100500064 2229100500065 9.910 0.180 137. 30. 88.18 3.012229100500066 2229100500067 10.790 0.190 157. 32. 104.2 4.12229100500068 2229100500069 11.650 0.190 154. 25. 114.5 3.62229100500070 2229100500071 ENDDATA 18 0 2229100500072 ENDSUBENT 71 0 2229100599999 SUBENT 22291006 20150819 22432229100600001 BIB 8 44 2229100600002 REACTION (34-SE-76(N,P)33-AS-76,,SIG) 2229100600003 DECAY-DATA (33-AS-76,1.1D,DG,559.1,.450) 2229100600004 MONITOR ((MONIT1)13-AL-27(N,A)11-NA-24,,SIG) From IRDF. 2229100600005 ((MONIT2)26-FE-56(N,P)25-MN-56,,SIG) From IRDF. 2229100600006 For En < 7.5MeV 2229100600007 DECAY-MON ((MONIT1)11-NA-24,14.66HR,DG,1368.,1.00) 2229100600008 ((MONIT2)25-MN-56,2.58HR,DG,847.,.989) 2229100600009 SAMPLE .For the d-d experiments, selenium, 2.5 g, 99.5% of 2229100600010 natural isotopic composition was pressed into 2229100600011 1.3 cm diameter x 0.5 cm thick pellet. 2229100600012 Aluminium, iron and nickel monitor foils were attached2229100600013 at the front and the back of the sample. 2229100600014 .For the d-t experiments, selenium, 2.5 g, 99.5%, of 2229100600015 natural isotopic composition was pressed into 0.9 2229100600016 or 1.3 cm diameter x 0.5 cm thick pellets. Aluminium 2229100600017 monitor foils were attached at the front and the back 2229100600018 of the samples. 2229100600019 ERR-ANALYS (ERR-1) This uncertainty includes: 2229100600020 * Uncertainty in sample weight < 1.% 2229100600021 * Uncertainty in peak area analysis 3.% 2229100600022 * Uncertainty in efficiency of the gamma- 2229100600023 detectors for sample counting (2.-5.)% 2229100600024 * Statistical error of gamma counting (At 2229100600025 the lowest neutron energies, the statistical errors 2229100600026 were up to 35%.) 2229100600027 * Uncertainty in coincidence summing 2229100600028 correction < 5.% 2229100600029 * Uncertainty in averaging of neutron flux (2.-3.)% 2229100600030 * uncertainties in correction for activity induced 2229100600031 by background neutrons: 2229100600032 * gas-in/gas-out, (5.-15.)% 2229100600033 * breakup at D2 < 5.% 2229100600034 ERR-1 are not included uncertainties in the decay 2229100600035 data, in the corrections for contributions from other 2229100600036 nuclear reactions, or in the excitation function of 2229100600037 the monitor reaction (see below) 2229100600038 (MONIT1-ERR) Uncertainty in 27Al(n,alpha)24Na reaction 2229100600039 (MONIT2-ERR) Uncertainty in 56Fe(n,p)56Mn reaction 2229100600040 (EN-ERR) Energy error 2229100600041 (ERR-2) uncertainty in decay data 2229100600042 STATUS (TABLE) .Data taken from table V of NSE,116,125 2229100600043 HISTORY (20150819A) SD: MONIT1,MONIT2 were added. 2229100600044 MONITOR, ERR-ANALYS, SAMPLE were added from Subents 1.2229100600045 ERR-T -> ERR-1. ERR-ANALYS was update. 2229100600046 ENDBIB 44 0 2229100600047 COMMON 1 3 2229100600048 ERR-2 2229100600049 PER-CENT 2229100600050 4.4 2229100600051 ENDCOMMON 3 0 2229100600052 DATA 8 8 2229100600053 EN EN-ERR DATA ERR-1 MONIT1 MONIT1-ERR 2229100600054 MONIT2 MONIT2-ERR 2229100600055 MEV MEV MB MB MB MB 2229100600056 MB MB 2229100600057 6.250 0.110 4.32 0.49 2229100600058 17.8 1.1 2229100600059 7.210 0.130 9.29 0.91 21.64 0.562229100600060 2229100600061 8.120 0.145 13.0 1.4 43.01 0.992229100600062 2229100600063 9.030 0.160 18.2 2.2 71.75 1.442229100600064 2229100600065 9.910 0.180 24.0 3.4 88.18 3.012229100600066 2229100600067 10.790 0.190 30.2 5.3 104.2 4.12229100600068 2229100600069 11.650 0.190 37.8 5.1 114.5 3.62229100600070 2229100600071 14.680 0.100 54.6 3.6 112.49 0.552229100600072 2229100600073 ENDDATA 20 0 2229100600074 ENDSUBENT 73 0 2229100699999 SUBENT 22291007 20150819 22432229100700001 BIB 8 44 2229100700002 REACTION (34-SE-78(N,P)33-AS-78,,SIG) 2229100700003 DECAY-DATA (33-AS-78,1.51HR,DG,613.8,.54) 2229100700004 MONITOR ((MONIT1)13-AL-27(N,A)11-NA-24,,SIG) From IRDF. 2229100700005 ((MONIT2)26-FE-56(N,P)25-MN-56,,SIG) From IRDF. 2229100700006 For En < 7.5MeV 2229100700007 DECAY-MON ((MONIT1)11-NA-24,14.66HR,DG,1368.,1.00) 2229100700008 ((MONIT2)25-MN-56,2.58HR,DG,847.,.989) 2229100700009 SAMPLE .For the d-d experiments, selenium, 2.5 g, 99.5% of 2229100700010 natural isotopic composition was pressed into 2229100700011 1.3 cm diameter x 0.5 cm thick pellet. 2229100700012 Aluminium, iron and nickel monitor foils were attached2229100700013 at the front and the back of the sample. 2229100700014 .For the d-t experiments, selenium, 2.5 g, 99.5%, of 2229100700015 natural isotopic composition was pressed into 0.9 2229100700016 or 1.3 cm diameter x 0.5 cm thick pellets. Aluminium 2229100700017 monitor foils were attached at the front and the back 2229100700018 of the samples. 2229100700019 ERR-ANALYS (ERR-1) This uncertainty includes: 2229100700020 * Uncertainty in sample weight < 1.% 2229100700021 * Uncertainty in peak area analysis 3.% 2229100700022 * Uncertainty in efficiency of the gamma- 2229100700023 detectors for sample counting (2.-5.)% 2229100700024 * Statistical error of gamma counting (At 2229100700025 the lowest neutron energies, the statistical errors 2229100700026 were up to 35%.) 2229100700027 * Uncertainty in coincidence summing 2229100700028 correction < 5.% 2229100700029 * Uncertainty in averaging of neutron flux (2.-3.)% 2229100700030 * uncertainties in correction for activity induced 2229100700031 by background neutrons: 2229100700032 * gas-in/gas-out, (5.-15.)% 2229100700033 * breakup at D2 < 5.% 2229100700034 ERR-1 are not included uncertainties in the decay 2229100700035 data, in the corrections for contributions from other 2229100700036 nuclear reactions, or in the excitation function of 2229100700037 the monitor reaction (see below) 2229100700038 (MONIT1-ERR) Uncertainty in 27Al(n,alpha)24Na reaction 2229100700039 (MONIT2-ERR) Uncertainty in 56Fe(n,p)56Mn reaction 2229100700040 (EN-ERR) Energy error 2229100700041 (ERR-2) uncertainty in decay data 2229100700042 STATUS (TABLE) .Data taken from table V of NSE,116,125 2229100700043 HISTORY (20150819A) SD: MONIT1,MONIT2 were added. 2229100700044 MONITOR, ERR-ANALYS, SAMPLE were added from Subents 1.2229100700045 ERR-T -> ERR-1. ERR-ANALYS was update. 2229100700046 ENDBIB 44 0 2229100700047 COMMON 1 3 2229100700048 ERR-2 2229100700049 PER-CENT 2229100700050 11. 2229100700051 ENDCOMMON 3 0 2229100700052 DATA 8 8 2229100700053 EN EN-ERR DATA ERR-1 MONIT1 MONIT1-ERR 2229100700054 MONIT2 MONIT2-ERR 2229100700055 MEV MEV MB MB MB MB 2229100700056 MB MB 2229100700057 6.250 0.110 0.061 0.010 2229100700058 17.8 1.1 2229100700059 7.210 0.130 0.406 0.070 21.64 0.562229100700060 2229100700061 8.120 0.145 1.26 0.18 43.01 0.992229100700062 2229100700063 9.030 0.160 2.50 0.34 71.75 1.442229100700064 2229100700065 9.910 0.180 3.95 0.68 88.18 3.012229100700066 2229100700067 10.790 0.190 6.27 1.22 104.2 4.12229100700068 2229100700069 11.650 0.190 8.78 1.71 114.5 3.62229100700070 2229100700071 14.680 0.100 20.9 1.2 112.49 0.552229100700072 2229100700073 ENDDATA 20 0 2229100700074 ENDSUBENT 73 0 2229100799999 SUBENT 22291008 20150819 22432229100800001 BIB 8 44 2229100800002 REACTION (34-SE-78(N,A)32-GE-75,,SIG) 2229100800003 DECAY-DATA (32-GE-75-G,1.38HR,DG,264.7,.113) 2229100800004 MONITOR ((MONIT1)13-AL-27(N,A)11-NA-24,,SIG) From IRDF. 2229100800005 ((MONIT2)26-FE-56(N,P)25-MN-56,,SIG) From IRDF. 2229100800006 For En < 7.5MeV 2229100800007 DECAY-MON ((MONIT1)11-NA-24,14.66HR,DG,1368.,1.00) 2229100800008 ((MONIT2)25-MN-56,2.58HR,DG,847.,.989) 2229100800009 SAMPLE .For the d-d experiments, selenium, 2.5 g, 99.5% of 2229100800010 natural isotopic composition was pressed into 2229100800011 1.3 cm diameter x 0.5 cm thick pellet. 2229100800012 Aluminium, iron and nickel monitor foils were attached2229100800013 at the front and the back of the sample. 2229100800014 .For the d-t experiments, selenium, 2.5 g, 99.5%, of 2229100800015 natural isotopic composition was pressed into 0.9 2229100800016 or 1.3 cm diameter x 0.5 cm thick pellets. Aluminium 2229100800017 monitor foils were attached at the front and the back 2229100800018 of the samples. 2229100800019 ERR-ANALYS (ERR-1) This uncertainty includes: 2229100800020 * Uncertainty in sample weight < 1.% 2229100800021 * Uncertainty in peak area analysis 3.% 2229100800022 * Uncertainty in efficiency of the gamma- 2229100800023 detectors for sample counting (2.-5.)% 2229100800024 * Statistical error of gamma counting (At 2229100800025 the lowest neutron energies, the statistical errors 2229100800026 were up to 35%.) 2229100800027 * Uncertainty in coincidence summing 2229100800028 correction < 5.% 2229100800029 * Uncertainty in averaging of neutron flux (2.-3.)% 2229100800030 * uncertainties in correction for activity induced 2229100800031 by background neutrons: 2229100800032 * gas-in/gas-out, (5.-15.)% 2229100800033 * breakup at D2 < 5.% 2229100800034 ERR-1 are not included uncertainties in the decay 2229100800035 data, in the corrections for contributions from other 2229100800036 nuclear reactions, or in the excitation function of 2229100800037 the monitor reaction (see below) 2229100800038 (MONIT1-ERR) Uncertainty in 27Al(n,alpha)24Na reaction 2229100800039 (MONIT2-ERR) Uncertainty in 56Fe(n,p)56Mn reaction 2229100800040 (EN-ERR) Energy error 2229100800041 (ERR-2) uncertainty in decay data 2229100800042 STATUS (TABLE) .Data taken from table V of NSE,116,125 2229100800043 HISTORY (20150819A) SD: MONIT1,MONIT2 were added. 2229100800044 MONITOR, ERR-ANALYS, SAMPLE were added from Subents 1.2229100800045 ERR-T -> ERR-1. ERR-ANALYS was update. 2229100800046 ENDBIB 44 0 2229100800047 COMMON 1 3 2229100800048 ERR-2 2229100800049 PER-CENT 2229100800050 3.0 2229100800051 ENDCOMMON 3 0 2229100800052 DATA 8 8 2229100800053 EN EN-ERR DATA ERR-1 MONIT1 MONIT1-ERR 2229100800054 MONIT2 MONIT2-ERR 2229100800055 MEV MEV MB MB MB MB 2229100800056 MB MB 2229100800057 6.250 0.110 0.017 0.004 2229100800058 17.8 1.1 2229100800059 7.210 0.130 0.093 0.015 21.64 0.562229100800060 2229100800061 8.120 0.145 0.312 0.067 43.01 0.992229100800062 2229100800063 9.030 0.160 0.67 0.10 71.75 1.442229100800064 2229100800065 9.910 0.180 1.45 0.27 88.18 3.012229100800066 2229100800067 10.790 0.190 2.40 0.44 104.2 4.12229100800068 2229100800069 11.650 0.190 3.20 0.58 114.5 3.62229100800070 2229100800071 14.680 0.100 8.62 0.51 112.49 0.552229100800072 2229100800073 ENDDATA 20 0 2229100800074 ENDSUBENT 73 0 2229100899999 SUBENT 22291009 20150819 22432229100900001 BIB 7 41 2229100900002 REACTION (34-SE-80(N,A)32-GE-77-G,M+,SIG) 2229100900003 DECAY-DATA (32-GE-77-G,11.3HR,DG,264.4,.510) 2229100900004 MONITOR ((MONIT1)13-AL-27(N,A)11-NA-24,,SIG) From IRDF. 2229100900005 ((MONIT2)26-FE-56(N,P)25-MN-56,,SIG) From IRDF. 2229100900006 For En < 7.5MeV 2229100900007 DECAY-MON ((MONIT1)11-NA-24,14.66HR,DG,1368.,1.00) 2229100900008 ((MONIT2)25-MN-56,2.58HR,DG,847.,.989) 2229100900009 SAMPLE .For the d-d experiments, selenium, 2.5 g, 99.5% of 2229100900010 natural isotopic composition was pressed into 2229100900011 1.3 cm diameter x 0.5 cm thick pellet. 2229100900012 Aluminium, iron and nickel monitor foils were attached2229100900013 at the front and the back of the sample. 2229100900014 .For the d-t experiments, selenium, 2.5 g, 99.5%, of 2229100900015 natural isotopic composition was pressed into 0.9 2229100900016 or 1.3 cm diameter x 0.5 cm thick pellets. Aluminium 2229100900017 monitor foils were attached at the front and the back 2229100900018 of the samples. 2229100900019 ERR-ANALYS (ERR-1) This uncertainty includes: 2229100900020 * Uncertainty in sample weight < 1.% 2229100900021 * Uncertainty in peak area analysis 3.% 2229100900022 * Uncertainty in efficiency of the gamma- 2229100900023 detectors for sample counting (2.-5.)% 2229100900024 * Statistical error of gamma counting (At 2229100900025 the lowest neutron energies, the statistical errors 2229100900026 were up to 35%.) 2229100900027 * Uncertainty in coincidence summing 2229100900028 correction < 5.% 2229100900029 * Uncertainty in averaging of neutron flux (2.-3.)% 2229100900030 * uncertainties in correction for activity induced 2229100900031 by background neutrons: 2229100900032 * gas-in/gas-out, (5.-15.)% 2229100900033 * breakup at D2 < 5.% 2229100900034 ERR-1 are not included uncertainties in the decay 2229100900035 data, in the corrections for contributions from other 2229100900036 nuclear reactions, or in the excitation function of 2229100900037 the monitor reaction (see below) 2229100900038 (MONIT1-ERR) Uncertainty in 27Al(n,alpha)24Na reaction 2229100900039 (MONIT2-ERR) Uncertainty in 56Fe(n,p)56Mn reaction 2229100900040 (EN-ERR) Energy error 2229100900041 (ERR-2) uncertainty in decay data 2229100900042 STATUS (TABLE) .Data taken from table V of NSE,116,125 2229100900043 ENDBIB 41 0 2229100900044 COMMON 1 3 2229100900045 ERR-2 2229100900046 PER-CENT 2229100900047 1. 2229100900048 ENDCOMMON 3 0 2229100900049 DATA 8 8 2229100900050 EN EN-ERR DATA ERR-1 MONIT1 MONIT1-ERR 2229100900051 MONIT2 MONIT2-ERR 2229100900052 MEV MEV MB MB MB MB 2229100900053 MB MB 2229100900054 6.250 0.110 0.0024 0.0008 2229100900055 17.8 1.1 2229100900056 7.210 0.130 0.0089 0.0033 21.64 0.562229100900057 2229100900058 8.120 0.145 0.0227 0.0047 43.01 0.992229100900059 2229100900060 9.030 0.160 0.117 0.018 71.75 1.442229100900061 2229100900062 9.910 0.180 0.187 0.040 88.18 3.012229100900063 2229100900064 10.790 0.190 0.68 0.12 104.2 4.12229100900065 2229100900066 11.650 0.190 1.34 0.24 114.5 3.62229100900067 2229100900068 14.680 0.100 2.88 0.15 112.49 0.552229100900069 2229100900070 ENDDATA 20 0 2229100900071 ENDSUBENT 70 0 2229100999999 SUBENT 22291010 20150819 22432229101000001 BIB 7 31 2229101000002 REACTION (32-GE-70(N,2N)32-GE-69,,SIG) 2229101000003 DECAY-DATA (32-GE-69,1.63D,DG,1106.8,.36) 2229101000004 MONITOR ((MONIT1)13-AL-27(N,A)11-NA-24,,SIG) From IRDF. 2229101000005 DECAY-MON ((MONIT1)11-NA-24,14.66HR,DG,1368.,1.00) 2229101000006 SAMPLE . For the d-t experiments, germanium, 2.5 g, 99.99%, of2229101000007 natural isotopic composition was pressed into 0.9 or 2229101000008 1.3 cm diameter x 0.5 cm thick pellets. Aluminium 2229101000009 monitor foils were attached at the front and the back 2229101000010 of the sample. The germanium samples were covered with2229101000011 1 mm cadmium plates to eliminate thermal neutrons. 2229101000012 ERR-ANALYS (ERR-1) This uncertainty includes: 2229101000013 * Uncertainty in sample weight < 1.% 2229101000014 * Uncertainty in peak area analysis 3.% 2229101000015 * Uncertainty in efficiency of the gamma- 2229101000016 detectors for sample counting - 7.% 2229101000017 * Statistical error of gamma counting ~ 5% 2229101000018 * Uncertainty in coincidence summing 2229101000019 correction < 2.% 2229101000020 * Uncertainty in averaging of neutron flux ~5.% 2229101000021 * uncertainties in correction for activity induced 2229101000022 by background neutrons: 2229101000023 * gas-in/gas-out, (1.-10.)% 2229101000024 * breakup at D2 and scattering (MNCP) (1.-11.)%; 2229101000025 ERR-1 are not included uncertainties in the decay 2229101000026 data, in the corrections for contributions from other 2229101000027 nuclear reactions, or in the excitation function of 2229101000028 the monitor reaction (see below) 2229101000029 (MONIT1-ERR) Uncertainty in 27Al(n,alpha)24Na reaction 2229101000030 (EN-ERR) Energy error 2229101000031 (ERR-2) uncertainty in decay data 2229101000032 STATUS (TABLE) .Data taken from table VI of NSE,116,125 2229101000033 ENDBIB 31 0 2229101000034 COMMON 1 3 2229101000035 ERR-2 2229101000036 PER-CENT 2229101000037 11. 2229101000038 ENDCOMMON 3 0 2229101000039 DATA 6 1 2229101000040 EN EN-ERR DATA ERR-1 MONIT1 MONIT1-ERR 2229101000041 MEV MEV MB MB MB MB 2229101000042 14.680 0.100 546. 68. 112.49 0.55 2229101000043 ENDDATA 3 0 2229101000044 ENDSUBENT 43 0 2229101099999 SUBENT 22291011 20150819 22432229101100001 BIB 7 38 2229101100002 REACTION (32-GE-72(N,P)31-GA-72,,SIG) 2229101100003 DECAY-DATA (31-GA-72,14.1HR,DG,834.1,.9563) 2229101100004 MONITOR ((MONIT1)13-AL-27(N,A)11-NA-24,,SIG) From IRDF. 2229101100005 DECAY-MON ((MONIT1)11-NA-24,14.66HR,DG,1368.,1.00) 2229101100006 SAMPLE .For the d-d experiments, GeO2, 5 g, 99.999%, of 2229101100007 natural isotopic composition was filled into a 2229101100008 1.3 cm diam x 3.1 cm polyethylene tube with 0.05 cm 2229101100009 thick walls. Aluminium, iron and nickel monitor foils 2229101100010 were attached at the front and the back of the 2229101100011 sample. The GeO2 samples were covered with 1 mm 2229101100012 cadmium plates to eliminate thermal neutrons. 2229101100013 . For the d-t experiments, germanium, 2.5 g, 99.99%, of2229101100014 natural isotopic composition was pressed into 0.9 or 2229101100015 1.3 cm diameter x 0.5 cm thick pellets. Aluminium 2229101100016 monitor foils were attached at the front and the back 2229101100017 of the sample. The germanium samples were covered with2229101100018 1 mm cadmium plates to eliminate thermal neutrons. 2229101100019 ERR-ANALYS (ERR-1) This uncertainty includes: 2229101100020 * Uncertainty in sample weight < 1.% 2229101100021 * Uncertainty in peak area analysis 3.% 2229101100022 * Uncertainty in efficiency of the gamma- 2229101100023 detectors for sample counting - 7.% 2229101100024 * Statistical error of gamma counting ~ 5% 2229101100025 * Uncertainty in coincidence summing 2229101100026 correction < 2.% 2229101100027 * Uncertainty in averaging of neutron flux ~5.% 2229101100028 * uncertainties in correction for activity induced 2229101100029 by background neutrons: 2229101100030 * gas-in/gas-out, (1.-10.)% 2229101100031 * breakup at D2 and scattering (MNCP) (1.-11.)%; 2229101100032 ERR-1 are not included uncertainties in the decay 2229101100033 data, in the corrections for contributions from other 2229101100034 nuclear reactions, or in the excitation function of 2229101100035 the monitor reaction (see below) 2229101100036 (MONIT1-ERR) Uncertainty in 27Al(n,alpha)24Na reaction 2229101100037 (EN-ERR) Energy error 2229101100038 (ERR-2) uncertainty in decay data 2229101100039 STATUS (TABLE) .Data taken from table VI of NSE,116,125 2229101100040 ENDBIB 38 0 2229101100041 COMMON 1 3 2229101100042 ERR-2 2229101100043 PER-CENT 2229101100044 0.1 2229101100045 ENDCOMMON 3 0 2229101100046 DATA 6 5 2229101100047 EN EN-ERR DATA ERR-1 MONIT1 MONIT1-ERR 2229101100048 MEV MEV MB MB MB MB 2229101100049 8.640 0.180 11.8 1.0 61.82 0.782229101100050 9.980 0.200 17.4 1.5 88.83 1.362229101100051 10.850 0.220 23.3 2.7 105.11 3.052229101100052 11.720 0.240 38.2 6.2 115.05 2.922229101100053 14.680 0.100 33.3 2.1 112.49 0.552229101100054 ENDDATA 7 0 2229101100055 ENDSUBENT 54 0 2229101199999 SUBENT 22291012 20150819 22432229101200001 BIB 7 40 2229101200002 REACTION (32-GE-73(N,P)31-GA-73,,SIG) 2229101200003 At En=14.680 the contribution from the 73Ge[(n,np) + 2229101200004 (n,pn) + (n,d)] 72Ga process was subtracted. 2229101200005 DECAY-DATA (31-GA-73,4.87HR,DG,297.3,.798) 2229101200006 MONITOR ((MONIT1)13-AL-27(N,A)11-NA-24,,SIG) From IRDF. 2229101200007 DECAY-MON ((MONIT1)11-NA-24,14.66HR,DG,1368.,1.00) 2229101200008 SAMPLE .For the d-d experiments, GeO2, 5 g, 99.999%, of 2229101200009 natural isotopic composition was filled into a 2229101200010 1.3 cm diam x 3.1 cm polyethylene tube with 0.05 cm 2229101200011 thick walls. Aluminium, iron and nickel monitor foils 2229101200012 were attached at the front and the back of the 2229101200013 sample. The GeO2 samples were covered with 1 mm 2229101200014 cadmium plates to eliminate thermal neutrons. 2229101200015 . For the d-t experiments, germanium, 2.5 g, 99.99%, of2229101200016 natural isotopic composition was pressed into 0.9 or 2229101200017 1.3 cm diameter x 0.5 cm thick pellets. Aluminium 2229101200018 monitor foils were attached at the front and the back 2229101200019 of the sample. The germanium samples were covered with2229101200020 1 mm cadmium plates to eliminate thermal neutrons. 2229101200021 ERR-ANALYS (ERR-1) This uncertainty includes: 2229101200022 * Uncertainty in sample weight < 1.% 2229101200023 * Uncertainty in peak area analysis 3.% 2229101200024 * Uncertainty in efficiency of the gamma- 2229101200025 detectors for sample counting - 7.% 2229101200026 * Statistical error of gamma counting ~ 5% 2229101200027 * Uncertainty in coincidence summing 2229101200028 correction < 2.% 2229101200029 * Uncertainty in averaging of neutron flux ~5.% 2229101200030 * uncertainties in correction for activity induced 2229101200031 by background neutrons: 2229101200032 * gas-in/gas-out, (1.-10.)% 2229101200033 * breakup at D2 and scattering (MNCP) (1.-11.)%; 2229101200034 ERR-1 are not included uncertainties in the decay 2229101200035 data, in the corrections for contributions from other 2229101200036 nuclear reactions, or in the excitation function of 2229101200037 the monitor reaction (see below) 2229101200038 (MONIT1-ERR) Uncertainty in 27Al(n,alpha)24Na reaction 2229101200039 (EN-ERR) Energy error 2229101200040 (ERR-2) uncertainty in decay data 2229101200041 STATUS (TABLE) .Data taken from table VI of NSE,116,125 2229101200042 ENDBIB 40 0 2229101200043 COMMON 1 3 2229101200044 ERR-2 2229101200045 PER-CENT 2229101200046 2.1 2229101200047 ENDCOMMON 3 0 2229101200048 DATA 6 5 2229101200049 EN EN-ERR DATA ERR-1 MONIT1 MONIT1-ERR 2229101200050 MEV MEV MB MB MB MB 2229101200051 8.640 0.180 6.20 0.55 61.82 0.782229101200052 9.980 0.200 8.90 0.80 88.83 1.362229101200053 10.850 0.220 12.5 1.5 105.11 3.052229101200054 11.720 0.240 21.4 3.4 115.05 2.922229101200055 14.680 0.100 12.4 7.2 112.49 0.552229101200056 ENDDATA 7 0 2229101200057 ENDSUBENT 56 0 2229101299999 SUBENT 22291013 20150819 22432229101300001 BIB 7 36 2229101300002 REACTION (32-GE-74(N,P)31-GA-74,,SIG) 2229101300003 At En=14.680 the contribution from the 74Ge[(n,np) + 2229101300004 (n,pn) + (n,d)] 73Ga process was subtracted. 2229101300005 DECAY-DATA (31-GA-74-G,8.1MIN,DG,596.3,.9188) 2229101300006 MONITOR ((MONIT1)13-AL-27(N,A)11-NA-24,,SIG) From IRDF. 2229101300007 DECAY-MON ((MONIT1)11-NA-24,14.66HR,DG,1368.,1.00) 2229101300008 SAMPLE .For the d-d experiments, GeO2, 5 g, 99.999%, of 2229101300009 natural isotopic composition was filled into a 2229101300010 1.3 cm diam x 3.1 cm polyethylene tube with 0.05 cm 2229101300011 thick walls. Aluminium, iron and nickel monitor foils 2229101300012 were attached at the front and the back of the 2229101300013 sample. The GeO2 samples were covered with 1 mm 2229101300014 cadmium plates to eliminate thermal neutrons. 2229101300015 . For the d-t experiments, germanium, 2.5 g, 99.99%, of2229101300016 natural isotopic composition was pressed into 0.9 or 2229101300017 1.3 cm diameter x 0.5 cm thick pellets. Aluminium 2229101300018 monitor foils were attached at the front and the back 2229101300019 of the sample. The germanium samples were covered with2229101300020 1 mm cadmium plates to eliminate thermal neutrons. 2229101300021 ERR-ANALYS (ERR-1) This uncertainty includes: 2229101300022 * Uncertainty in sample weight < 1.% 2229101300023 * Uncertainty in peak area analysis 3.% 2229101300024 * Uncertainty in efficiency of the gamma- 2229101300025 detectors for sample counting - 7.% 2229101300026 * Statistical error of gamma counting ~ 5% 2229101300027 * Uncertainty in coincidence summing 2229101300028 correction < 2.% 2229101300029 * Uncertainty in averaging of neutron flux ~5.% 2229101300030 * uncertainties in correction for activity induced 2229101300031 by background neutrons: 2229101300032 * gas-in/gas-out, (1.-10.)% 2229101300033 * breakup at D2 and scattering (MNCP) (1.-11.)%; 2229101300034 (MONIT1-ERR) Uncertainty in 27Al(n,alpha)24Na reaction 2229101300035 (EN-ERR) Energy error 2229101300036 (ERR-2) uncertainty in decay data 2229101300037 STATUS (TABLE) .Data taken from table VI of NSE,116,125 2229101300038 ENDBIB 36 0 2229101300039 COMMON 1 3 2229101300040 ERR-2 2229101300041 PER-CENT 2229101300042 0.1 2229101300043 ENDCOMMON 3 0 2229101300044 DATA 6 3 2229101300045 EN EN-ERR DATA ERR-1 MONIT1 MONIT1-ERR 2229101300046 MEV MEV MB MB MB MB 2229101300047 10.850 0.220 4.93 0.56 105.11 3.052229101300048 11.720 0.240 8.4 1.3 115.05 2.922229101300049 14.680 0.100 11.56 0.72 112.49 0.552229101300050 ENDDATA 5 0 2229101300051 ENDSUBENT 50 0 2229101399999 SUBENT 22291014 20150819 22432229101400001 BIB 7 40 2229101400002 REACTION (32-GE-76(N,2N)32-GE-75,,SIG) 2229101400003 The contribution from the 74Ge(n,gamma)75Ge reaction 2229101400004 was subtracted 2229101400005 DECAY-DATA (32-GE-75-G,1.38HR,DG,264.7,.113) 2229101400006 MONITOR ((MONIT1)13-AL-27(N,A)11-NA-24,,SIG) From IRDF. 2229101400007 DECAY-MON ((MONIT1)11-NA-24,14.66HR,DG,1368.,1.00) 2229101400008 SAMPLE .For the d-d experiments, GeO2, 5 g, 99.999%, of 2229101400009 natural isotopic composition was filled into a 2229101400010 1.3 cm diam x 3.1 cm polyethylene tube with 0.05 cm 2229101400011 thick walls. Aluminium, iron and nickel monitor foils 2229101400012 were attached at the front and the back of the 2229101400013 sample. The GeO2 samples were covered with 1 mm 2229101400014 cadmium plates to eliminate thermal neutrons. 2229101400015 . For the d-t experiments, germanium, 2.5 g, 99.99%, of2229101400016 natural isotopic composition was pressed into 0.9 or 2229101400017 1.3 cm diameter x 0.5 cm thick pellets. Aluminium 2229101400018 monitor foils were attached at the front and the back 2229101400019 of the sample. The germanium samples were covered with2229101400020 1 mm cadmium plates to eliminate thermal neutrons. 2229101400021 ERR-ANALYS (ERR-1) This uncertainty includes: 2229101400022 * Uncertainty in sample weight < 1.% 2229101400023 * Uncertainty in peak area analysis 3.% 2229101400024 * Uncertainty in efficiency of the gamma- 2229101400025 detectors for sample counting - 7.% 2229101400026 * Statistical error of gamma counting ~ 5% 2229101400027 * Uncertainty in coincidence summing 2229101400028 correction < 2.% 2229101400029 * Uncertainty in averaging of neutron flux ~5.% 2229101400030 * uncertainties in correction for activity induced 2229101400031 by background neutrons: 2229101400032 * gas-in/gas-out, (1.-10.)% 2229101400033 * breakup at D2 and scattering (MNCP) (1.-11.)%; 2229101400034 ERR-1 are not included uncertainties in the decay 2229101400035 data, in the corrections for contributions from other 2229101400036 nuclear reactions, or in the excitation function of 2229101400037 the monitor reaction (see below) 2229101400038 (MONIT1-ERR) Uncertainty in 27Al(n,alpha)24Na reaction 2229101400039 (EN-ERR) Energy error 2229101400040 (ERR-2) uncertainty in decay data 2229101400041 STATUS (TABLE) .Data taken from table VI of NSE,116,125 2229101400042 ENDBIB 40 0 2229101400043 COMMON 1 3 2229101400044 ERR-2 2229101400045 PER-CENT 2229101400046 3.0 2229101400047 ENDCOMMON 3 0 2229101400048 DATA 6 4 2229101400049 EN EN-ERR DATA ERR-1 MONIT1 MONIT1-ERR 2229101400050 MEV MEV MB MB MB MB 2229101400051 9.980 0.200 104. 17. 88.83 1.362229101400052 10.850 0.220 680. 94. 105.11 3.052229101400053 11.720 0.240 1161. 207. 115.05 2.922229101400054 14.680 0.100 1019. 66. 112.49 0.552229101400055 ENDDATA 6 0 2229101400056 ENDSUBENT 55 0 2229101499999 SUBENT 22291015 20150819 22432229101500001 BIB 5 29 2229101500002 REACTION (32-GE-76(N,2N)32-GE-75-M/T,,SIG/RAT) 2229101500003 DECAY-DATA (32-GE-75-G,1.38HR,DG,264.7,.113) 2229101500004 SAMPLE .For the d-d experiments, GeO2, 5 g, 99.999%, of 2229101500005 natural isotopic composition was filled into a 2229101500006 1.3 cm diam x 3.1 cm polyethylene tube with 0.05 cm 2229101500007 thick walls. Aluminium, iron and nickel monitor foils 2229101500008 were attached at the front and the back of the 2229101500009 sample. The GeO2 samples were covered with 1 mm 2229101500010 cadmium plates to eliminate thermal neutrons. 2229101500011 . For the d-t experiments, germanium, 2.5 g, 99.99%, of2229101500012 natural isotopic composition was pressed into 2229101500013 1.5 cm diameter x 0.5 cm thick pellets. Aluminium 2229101500014 monitor foils were attached at the front and the back 2229101500015 of the sample. The germanium samples were covered with2229101500016 1 mm cadmium plates to eliminate thermal neutrons. 2229101500017 ERR-ANALYS (ERR-T) Total error includes: 2229101500018 (ERR-S,,22.) Statistical uncertainty due to relatively 2229101500019 low count rates were rather large (up to 22%); 2229101500020 (ERR-1) The uncertainty in the efficiency of the 2229101500021 detector (~ 5 %, including self-absorption correction)2229101500022 and the uncertainties in the decay constants were 2229101500023 considered as correlated errors. 2229101500024 .The errors in isomeric cross-section ratios should 2229101500025 generally be smaller than those in absolute cross 2229101500026 sections, since uncertainties in monitor reaction 2229101500027 cross sections and background neutron contributions 2229101500028 have not to be taken into account. 2229101500029 (EN-ERR) Energy error 2229101500030 STATUS (TABLE) .Data taken from table II of PR/C,52,2546 2229101500031 ENDBIB 29 0 2229101500032 COMMON 1 3 2229101500033 ERR-1 2229101500034 PER-CENT 2229101500035 5.0 2229101500036 ENDCOMMON 3 0 2229101500037 DATA 4 4 2229101500038 EN EN-ERR DATA ERR-T 2229101500039 MEV MEV NO-DIM NO-DIM 2229101500040 9.980 0.200 0.79 0.12 2229101500041 10.850 0.220 0.79 0.06 2229101500042 11.720 0.240 0.73 0.05 2229101500043 14.680 0.100 0.80 0.04 2229101500044 ENDDATA 6 0 2229101500045 ENDSUBENT 44 0 2229101599999 SUBENT 22291016 20150819 22432229101600001 BIB 5 26 2229101600002 REACTION (33-AS-75(N,P)32-GE-75-M/T,,SIG/RAT) 2229101600003 DECAY-DATA (32-GE-75-G,1.38HR,DG,264.7,.113) 2229101600004 SAMPLE .For the d-d experiments, As2O3, 2.5 g, 99.5% of 2229101600005 natural isotopic composition was pressed into 2229101600006 1.3 cm diameter x 0.5 cm thick pellets. 2229101600007 Aluminium, iron and nickel monitor foils were attached2229101600008 at the front and the back of the sample. 2229101600009 .For the d-t experiments, As2O3, 1.5 g, 99.5% of 2229101600010 natural isotopic composition was pressed into 2229101600011 0.9 cm diameter x 0.45 cm thick pellets. Aluminium 2229101600012 monitor foils were attached at the front and the back 2229101600013 of the samples. 2229101600014 ERR-ANALYS (ERR-T) Total error includes: 2229101600015 (ERR-S,,22.) Statistical uncertainty due to relatively 2229101600016 low count rates were rather large (up to 22%); 2229101600017 (ERR-1) The uncertainty in the efficiency of the 2229101600018 detector (~ 5 %, including self-absorption correction)2229101600019 and the uncertainties in the decay constants were 2229101600020 considered as correlated errors. 2229101600021 .The errors in isomeric cross-section ratios should 2229101600022 generally be smaller than those in absolute cross 2229101600023 sections, since uncertainties in monitor reaction 2229101600024 cross sections and background neutron contributions 2229101600025 have not to be taken into account. 2229101600026 (EN-ERR) Energy error 2229101600027 STATUS (TABLE) .Data taken from table II of PR/C,52,2546 2229101600028 ENDBIB 26 0 2229101600029 COMMON 1 3 2229101600030 ERR-1 2229101600031 PER-CENT 2229101600032 5.0 2229101600033 ENDCOMMON 3 0 2229101600034 DATA 4 8 2229101600035 EN EN-ERR DATA ERR-T 2229101600036 MEV MEV NO-DIM NO-DIM 2229101600037 6.340 0.140 0.69 0.08 2229101600038 7.320 0.160 0.69 0.09 2229101600039 8.260 0.180 0.67 0.09 2229101600040 9.180 0.200 0.71 0.09 2229101600041 10.090 0.220 0.75 0.09 2229101600042 10.980 0.240 0.71 0.11 2229101600043 11.870 0.255 0.75 0.09 2229101600044 14.680 0.100 0.80 0.06 2229101600045 ENDDATA 10 0 2229101600046 ENDSUBENT 45 0 2229101699999 SUBENT 22291017 20150819 22432229101700001 BIB 5 26 2229101700002 REACTION (34-SE-78(N,A)32-GE-75-M/T,,SIG/RAT) 2229101700003 SAMPLE .For the d-d experiments, selenium, 2.5 g, 99.5% of 2229101700004 natural isotopic composition was pressed into 2229101700005 1.3 cm diameter x 0.5 cm thick pellet. 2229101700006 Aluminium, iron and nickel monitor foils were attached2229101700007 at the front and the back of the sample. 2229101700008 .For the d-t experiments, selenium, 2.5 g, 99.5%, of 2229101700009 natural isotopic composition was pressed into 0.9 2229101700010 or 1.3 cm diameter x 0.5 cm thick pellets. Aluminium 2229101700011 monitor foils were attached at the front and the back 2229101700012 of the samples. 2229101700013 DECAY-DATA (32-GE-75-G,1.38HR,DG,264.7,.113) 2229101700014 ERR-ANALYS (ERR-T) Total error includes: 2229101700015 (ERR-S,,22.) Statistical uncertainty due to relatively 2229101700016 low count rates were rather large (up to 22%); 2229101700017 (ERR-1) The uncertainty in the efficiency of the 2229101700018 detector (~ 5 %, including self-absorption correction)2229101700019 and the uncertainties in the decay constants were 2229101700020 considered as correlated errors. 2229101700021 .The errors in isomeric cross-section ratios should 2229101700022 generally be smaller than those in absolute cross 2229101700023 sections, since uncertainties in monitor reaction 2229101700024 cross sections and background neutron contributions 2229101700025 have not to be taken into account. 2229101700026 (EN-ERR) Energy error 2229101700027 STATUS (TABLE) Data taken from table II of PR/C,52,2546 2229101700028 ENDBIB 26 0 2229101700029 COMMON 1 3 2229101700030 ERR-1 2229101700031 PER-CENT 2229101700032 5.0 2229101700033 ENDCOMMON 3 0 2229101700034 DATA 4 6 2229101700035 EN EN-ERR DATA ERR-T 2229101700036 MEV MEV NO-DIM NO-DIM 2229101700037 8.120 0.145 0.71 0.12 2229101700038 9.030 0.160 0.74 0.17 2229101700039 9.919 0.180 0.73 0.17 2229101700040 10.790 0.190 0.73 0.10 2229101700041 11.650 0.190 0.70 0.12 2229101700042 14.680 0.100 0.69 0.09 2229101700043 ENDDATA 8 0 2229101700044 ENDSUBENT 43 0 2229101799999 ENDENTRY 17 0 2229199999999