ENTRY 30152 20160210 31733015200000001
SUBENT 30152001 20160210 31733015200100001
BIB 14 27 3015200100002
INSTITUTE (3CRORBZ) 3015200100003
REFERENCE (J,JIN,36,477,1974) Final paper, tables 3015200100004
(P,INDC(SEC)-18,193,197108) Brief progress report, tbl.3015200100005
AUTHOR (M.Diksic,P.Strohal,I.Slaus) 3015200100006
TITLE (n,He3) and (n,t) reaction cross sections at 14 MeV 3015200100007
EXP-YEAR (1971) 3015200100008
REL-REF (O,30169001,M.Diksic+,J,JIN,36,477,1974) 3015200100009
(n,t) reaction cross sections 3015200100010
FACILITY (CCW,3CRORBZ) 3015200100011
INC-SOURCE (D-T) T(d,n)alpha reaction 3015200100012
METHOD (ACTIV) Activation method and radiochemical separation 3015200100013
which exclude all radioactive products from (n,p) and 3015200100014
(n,2n) reactions 3015200100015
DETECTOR (GELI) 25 cm3 Ge(Li) crystal + 400 channel analyser 3015200100016
PART-DET (DG) Decay gammas 3015200100017
STATUS (TABLE) Data taken from table 2. of JIN,36,477,1974 3015200100018
HISTORY (19720426C) CA. 3015200100019
(19750421A) CA.- Main reference added + incident energy3015200100020
altered + other bib-changes in subent13015200100021
- standard added in other subentries 3015200100022
(19760513U)KO.-Cosmetic changes of 'sample' in sub-ents3015200100023
(20080208A) BIB section updated 3015200100024
(20160209A) VS. BIB updated in 001, 007 and 012. 3015200100025
ERR-ANALYS (DATA-ERR) Statistical + systematic errors. 3015200100026
Errors due to half-lives, percentage of gamma-rays, 3015200100027
weight of the sample and crystal efficiencies were 3015200100028
neglected. 3015200100029
ENDBIB 27 0 3015200100030
COMMON 1 3 3015200100031
EN 3015200100032
MEV 3015200100033
1.4600E+01 3015200100034
ENDCOMMON 3 0 3015200100035
ENDSUBENT 34 0 3015200199999
SUBENT 30152002 20080208 31263015200200001
BIB 6 12 3015200200002
REACTION (15-P-31(N,HE3)13-AL-29,,SIG) 3015200200003
DECAY-DATA (13-AL-29,6.6MIN,DG) 3015200200004
SAMPLE Red phosphorus 3015200200005
MONITOR ((MONIT1)15-P-31(N,A)13-AL-28,,SIG) 3015200200006
Numerical value given under 'MONIT1'-Subent:11196008 3015200200007
((MONIT2)15-P-31(N,2N)15-P-30,,SIG) 3015200200008
Numerical value given under 'MONIT2'-Subent:11196009 3015200200009
Numerical values are from J.Kantele,D.G.Gardner,Nucl. 3015200200010
Phys.35(1962)353. 3015200200011
MONIT-REF (11196001,Kantele+,J,NP,35,353,1962) 3015200200012
DECAY-MON (13-AL-28,2.3MIN,DG) 3015200200013
(15-P-30,2.50MIN,DG) 3015200200014
ENDBIB 12 0 3015200200015
COMMON 4 3 3015200200016
MONIT1 MONIT1-ERR MONIT2 MONIT2-ERR 3015200200017
MB MB MB MB 3015200200018
1.5300E+02 2.0000E+01 8.9000E+00 1.2000E+00 3015200200019
ENDCOMMON 3 0 3015200200020
DATA 2 1 3015200200021
DATA DATA-ERR 3015200200022
MICRO-B MICRO-B 3015200200023
2.2200E+02 1.0000E+02 3015200200024
ENDDATA 3 0 3015200200025
ENDSUBENT 24 0 3015200299999
SUBENT 30152003 20080208 31263015200300001
BIB 6 8 3015200300002
REACTION (19-K-41(N,HE3)17-CL-39,,SIG) 3015200300003
DECAY-DATA (17-CL-39,55.5MIN) 3015200300004
SAMPLE Salt, KNO3 3015200300005
MONITOR (19-K-41(N,A)17-CL-38,,SIG) 3015200300006
Numerical value from R.B.Paul,R.L.Clarke, 3015200300007
Can.J.Phys.31(1953)267. 3015200300008
MONIT-REF (11274024,Paul+,J,CJP,31,267,1953) 3015200300009
DECAY-MON (17-CL-38,37.3MIN,DG) 3015200300010
ENDBIB 8 0 3015200300011
COMMON 2 3 3015200300012
MONIT MONIT-ERR 3015200300013
MB MB 3015200300014
3.1400E+01 1.1000E+01 3015200300015
ENDCOMMON 3 0 3015200300016
DATA 2 1 3015200300017
DATA DATA-ERR 3015200300018
MICRO-B MICRO-B 3015200300019
8.4800E+02 3.2000E+02 3015200300020
ENDDATA 3 0 3015200300021
ENDSUBENT 20 0 3015200399999
SUBENT 30152004 20080208 31263015200400001
BIB 6 8 3015200400002
REACTION (25-MN-55(N,HE3)23-V-53,,SIG) 3015200400003
DECAY-DATA (23-V-53,2.MIN,DG) 3015200400004
SAMPLE Oxide, MnO2 3015200400005
MONITOR (25-MN-55(N,A)23-V-52,,SIG) 3015200400006
Numerical value from F.Gabbard,B.D.Kern, 3015200400007
Phys.Rev.128(1962)1276. 3015200400008
MONIT-REF (11196008,Gabbard+,J,PR,128,1276,1962) 3015200400009
DECAY-MON (23-V-52,3.7MIN,DG) 3015200400010
ENDBIB 8 0 3015200400011
COMMON 2 3 3015200400012
MONIT MONIT-ERR 3015200400013
MB MB 3015200400014
3.3000E+01 4.0000E+00 3015200400015
ENDCOMMON 3 0 3015200400016
DATA 2 1 3015200400017
DATA DATA-ERR 3015200400018
MICRO-B MICRO-B 3015200400019
8.0000E+02 3.2000E+02 3015200400020
ENDDATA 3 0 3015200400021
ENDSUBENT 20 0 3015200499999
SUBENT 30152005 20080208 31263015200500001
BIB 3 3 3015200500002
REACTION (27-CO-59(N,HE3)25-MN-57,,SIG) 3015200500003
DECAY-DATA (25-MN-57,1.7MIN) 3015200500004
SAMPLE Metal, Co-foil 3015200500005
ENDBIB 3 0 3015200500006
NOCOMMON 0 0 3015200500007
DATA 2 1 3015200500008
DATA DATA-ERR 3015200500009
MICRO-B MICRO-B 3015200500010
6.2000E+01 3.0000E+01 3015200500011
ENDDATA 3 0 3015200500012
ENDSUBENT 11 0 3015200599999
SUBENT 30152006 20080208 31263015200600001
BIB 6 8 3015200600002
REACTION (29-CU-63(N,HE3)27-CO-61,,SIG) 3015200600003
DECAY-DATA (27-CO-61,99.MIN,DG) 3015200600004
SAMPLE Target enriched in Cu-63 3015200600005
MONITOR (29-CU-63(N,2N)29-CU-62,,SIG) 3015200600006
Numerical value from J.A.De Jeren and R.W. 3015200600007
Stooksberry,Phys.Rev.120(1960)901. 3015200600008
MONIT-REF (11196008,De Jeren+,J,PR,120,901,1960) 3015200600009
DECAY-MON (29-CU-62,9.86MIN,DG) 3015200600010
ENDBIB 8 0 3015200600011
COMMON 2 3 3015200600012
MONIT MONIT-ERR 3015200600013
MB MB 3015200600014
5.3000E+02 2.5000E+01 3015200600015
ENDCOMMON 3 0 3015200600016
DATA 2 1 3015200600017
DATA DATA-ERR 3015200600018
MICRO-B MICRO-B 3015200600019
1.1300E+02 4.0000E+01 3015200600020
ENDDATA 3 0 3015200600021
ENDSUBENT 20 0 3015200699999
SUBENT 30152007 20160210 31733015200700001
BIB 7 9 3015200700002
REACTION (31-GA-71(N,HE3)29-CU-69,,SIG) 3015200700003
DECAY-DATA (29-CU-69,3.MIN) 3015200700004
SAMPLE Oxide, Ga(2)-O(3) 3015200700005
MONITOR (31-GA-71(N,2N)31-GA-70,,SIG) 3015200700006
Numerical value from E.B.Paul,R.L.Clarke 3015200700007
Can.J.Phys.31(1953)267. 3015200700008
MONIT-REF (11274043,E.B.Paul+,J,CJP,31,267,1953) 3015200700009
DECAY-MON (31-GA-70,21.1MIN,DG) 3015200700010
HISTORY (20160209U) VS. DECAY-MON corrected. 3015200700011
ENDBIB 9 0 3015200700012
COMMON 2 3 3015200700013
MONIT MONIT-ERR 3015200700014
MB MB 3015200700015
7.0000E+02 1.0000E+02 3015200700016
ENDCOMMON 3 0 3015200700017
DATA 2 1 3015200700018
DATA DATA-ERR 3015200700019
MICRO-B MICRO-B 3015200700020
6.6000E+01 2.0000E+01 3015200700021
ENDDATA 3 0 3015200700022
ENDSUBENT 21 0 3015200799999
SUBENT 30152008 20080208 31263015200800001
BIB 6 8 3015200800002
REACTION (33-AS-75(N,HE3)31-GA-73,,SIG) 3015200800003
DECAY-DATA (31-GA-73,294.MIN,DG) 3015200800004
SAMPLE Oxide, As(2)-O(5) 3015200800005
MONITOR (33-AS-75(N,A)31-GA-72,,SIG) 3015200800006
Numerical value from E.B.Paul,R.L.Clarke, 3015200800007
Can.J.Phys.31(1953)267. 3015200800008
MONIT-REF (11274050,Paul+,J,CJP,31,267,1953) 3015200800009
DECAY-MON (31-GA-72,14.1HR,DG) 3015200800010
ENDBIB 8 0 3015200800011
COMMON 2 3 3015200800012
MONIT MONIT-ERR 3015200800013
MB MB 3015200800014
1.2300E+01 3.0000E+00 3015200800015
ENDCOMMON 3 0 3015200800016
DATA 2 1 3015200800017
DATA DATA-ERR 3015200800018
MICRO-B MICRO-B 3015200800019
5.7800E+02 2.0000E+02 3015200800020
ENDDATA 3 0 3015200800021
ENDSUBENT 20 0 3015200899999
SUBENT 30152009 20080208 31263015200900001
BIB 7 12 3015200900002
REACTION (40-ZR-96(N,HE3)38-SR-94,,SIG) 3015200900003
DECAY-DATA (38-SR-94,1.35MIN) 3015200900004
SAMPLE Oxide, ZrO2 3015200900005
MONITOR (40-ZR-90(N,2N)40-ZR-89-M,,SIG) 3015200900006
MONIT-REF (11590039,Bramlitt+,J,PR,131,2649,1963) 3015200900007
DECAY-MON (40-ZR-89-M,4.19MIN,DG) 3015200900008
COMMENT Compiler's com.SD: In the article it was mentioned that3015200900009
monitor numerical value was taken from J.Kantele and 3015200900010
D.G.Gardner,Nucl.Phys.35(1962)353. 3015200900011
In that article there are no such reaction at all. 3015200900012
According to EXFOR the same value are only in 3015200900013
Phys.Rev,131,2649,1963 3015200900014
ENDBIB 12 0 3015200900015
COMMON 2 3 3015200900016
MONIT MONIT-ERR 3015200900017
MB MB 3015200900018
8.4000E+01 1.2000E+01 3015200900019
ENDCOMMON 3 0 3015200900020
DATA 2 1 3015200900021
DATA DATA-ERR 3015200900022
MICRO-B MICRO-B 3015200900023
1.3600E+02 5.0000E+01 3015200900024
ENDDATA 3 0 3015200900025
ENDSUBENT 24 0 3015200999999
SUBENT 30152010 20080208 31263015201000001
BIB 6 9 3015201000002
REACTION (41-NB-93(N,HE3)39-Y-91-M,,SIG) 3015201000003
DECAY-DATA (39-Y-91-M,50.3MIN) 3015201000004
SAMPLE Oxide, Nb(2)-O(5) 3015201000005
State whose half-life is 50.3 minutes. 3015201000006
MONITOR (41-NB-93(N,A)39-Y-90-M,,SIG) 3015201000007
Numerical value from E.T.Bramlitt,R.W.Fink 3015201000008
J.Inorg.Nucl.Chem.24(1962)1321. 3015201000009
MONIT-REF (11590056,Bramlitt+,J,JIN,24,1321,1962) 3015201000010
DECAY-MON (39-Y-90-M,3.1HR,DG) 3015201000011
ENDBIB 9 0 3015201000012
COMMON 2 3 3015201000013
MONIT MONIT-ERR 3015201000014
MB MB 3015201000015
5.9000E+00 2.0000E+00 3015201000016
ENDCOMMON 3 0 3015201000017
DATA 2 1 3015201000018
DATA DATA-ERR 3015201000019
MICRO-B MICRO-B 3015201000020
1.7900E+01 9.0000E+00 3015201000021
ENDDATA 3 0 3015201000022
ENDSUBENT 21 0 3015201099999
SUBENT 30152011 20080208 31263015201100001
BIB 6 13 3015201100002
REACTION (45-RH-103(N,HE3)43-TC-101,,SIG) 3015201100003
DECAY-DATA (43-TC-101,14.MIN) 3015201100004
SAMPLE Metal, Rh-foil 3015201100005
MONITOR ((MONIT1)45-RH-103(N,G)45-RH-104-M,,SIG) 3015201100006
Numerical value from J.Csikai et al. 3015201100007
Nucl.Phys.41(1963)316, Given under 'MONIT1' 3015201100008
((MONIT2)13-AL-27(N,P)12-MG-27,,SIG) 3015201100009
Numerical value from M.Borman et al., 3015201100010
Z.Phys.174(1963)1, Given under 'MONIT2' 3015201100011
MONIT-REF ((MONIT1)30066005,Csikai+,J,NP,41,316,1963) 3015201100012
(,Borman+,J,ZP,174,1,1963) 3015201100013
DECAY-MON (45-RH-104-M,4.41MIN,DG) 3015201100014
(12-MG-27,9.44MIN,DG) 3015201100015
ENDBIB 13 0 3015201100016
COMMON 3 3 3015201100017
MONIT1 MONIT2 MONIT2-ERR 3015201100018
MB MB MB 3015201100019
3.2300E+00 5.3000E+01 5.0000E+00 3015201100020
ENDCOMMON 3 0 3015201100021
DATA 2 1 3015201100022
DATA DATA-ERR 3015201100023
MICRO-B MICRO-B 3015201100024
1.6000E+01 7.0000E+00 3015201100025
ENDDATA 3 0 3015201100026
ENDSUBENT 25 0 3015201199999
SUBENT 30152012 20160210 31733015201200001
BIB 7 9 3015201200002
REACTION (47-AG-109(N,HE3)45-RH-107,,SIG) 3015201200003
DECAY-DATA (45-RH-107,21.7MIN,DG) 3015201200004
SAMPLE Salt, AgNO3 3015201200005
MONITOR (47-AG-109(N,A)45-RH-106-M,,SIG) 3015201200006
Numerical value from S.K.Mukherjee, 3015201200007
Proc.Phys.Soc.77(1961)508. 3015201200008
MONIT-REF (31161011,S.K.Mukherjee+,J,PPS,77,508,1961) 3015201200009
DECAY-MON (45-RH-106-M,133.MIN,DG) 3015201200010
HISTORY (20160209A) VS. MONITOR and DECAY-MON corrected. 3015201200011
ENDBIB 9 0 3015201200012
COMMON 2 3 3015201200013
MONIT MONIT-ERR 3015201200014
MB MB 3015201200015
1.2000E+01 3.0000E+00 3015201200016
ENDCOMMON 3 0 3015201200017
DATA 2 1 3015201200018
DATA DATA-ERR 3015201200019
MICRO-B MICRO-B 3015201200020
2.3000E+01 1.0000E+01 3015201200021
ENDDATA 3 0 3015201200022
ENDSUBENT 21 0 3015201299999
SUBENT 30152013 20080208 31263015201300001
BIB 6 8 3015201300002
REACTION (49-IN-115(N,HE3)47-AG-113,,SIG) 3015201300003
DECAY-DATA (47-AG-113,5.3HR,DG) 3015201300004
SAMPLE Metal, in-foil 3015201300005
MONITOR (49-IN-115(N,A)47-AG-112,,SIG) 3015201300006
Numerical value from R.F.Coleman et al. 3015201300007
Proc.Phys.Soc.73(1959)215. 3015201300008
MONIT-REF (21440003,Coleman+,J,PPS,73,215,1959) 3015201300009
DECAY-MON (47-AG-112,3.14HR,DG) 3015201300010
ENDBIB 8 0 3015201300011
COMMON 2 3 3015201300012
MONIT MONIT-ERR 3015201300013
MB MB 3015201300014
2.8900E+00 3.0000E-01 3015201300015
ENDCOMMON 3 0 3015201300016
DATA 2 1 3015201300017
DATA DATA-ERR 3015201300018
MICRO-B MICRO-B 3015201300019
3.3000E+01 1.5000E+01 3015201300020
ENDDATA 3 0 3015201300021
ENDSUBENT 20 0 3015201399999
SUBENT 30152014 20080208 31263015201400001
BIB 6 8 3015201400002
REACTION (52-TE-130(N,HE3)50-SN-128,,SIG) 3015201400003
DECAY-DATA (50-SN-128,59.MIN,DG) 3015201400004
SAMPLE Target enriched in Te-130 3015201400005
MONITOR (52-TE-130(N,2N)52-TE-129-G,,SIG) 3015201400006
Numerical value from E.B.Paul and 3015201400007
R.L.Clarke, Can.J.Phys.31(1953)267. 3015201400008
MONIT-REF (11274082,Paul+,J,CJP,31,267,1953) 3015201400009
DECAY-MON (52-TE-129-G,68.7MIN,DG) 3015201400010
ENDBIB 8 0 3015201400011
COMMON 2 3 3015201400012
MONIT MONIT-ERR 3015201400013
MB MB 3015201400014
5.9900E+02 1.2000E+02 3015201400015
ENDCOMMON 3 0 3015201400016
DATA 2 1 3015201400017
DATA DATA-ERR 3015201400018
MICRO-B MICRO-B 3015201400019
1.5000E+01 8.0000E+00 3015201400020
ENDDATA 3 0 3015201400021
ENDSUBENT 20 0 3015201499999
SUBENT 30152015 20080208 31263015201500001
BIB 6 8 3015201500002
REACTION (75-RE-187(N,HE3)73-TA-185,,SIG) 3015201500003
DECAY-DATA (73-TA-185,50.MIN,DG) 3015201500004
SAMPLE Oxide, Re(2)-O(7) 3015201500005
MONITOR (75-RE-187(N,A)73-TA-184,,SIG) 3015201500006
Numerical value from R.F.Coleman et al. 3015201500007
Proc.Phys.Soc.73(1959)215. 3015201500008
MONIT-REF (21440026,Coleman+,J,PPS,73,215,1959) 3015201500009
DECAY-MON (73-TA-184,8.7HR,DG) 3015201500010
ENDBIB 8 0 3015201500011
COMMON 2 3 3015201500012
MONIT MONIT-ERR 3015201500013
MB MB 3015201500014
9.4000E-01 1.4000E-01 3015201500015
ENDCOMMON 3 0 3015201500016
DATA 2 1 3015201500017
DATA DATA-ERR 3015201500018
MICRO-B MICRO-B 3015201500019
4.0000E+00 3.0000E+00 3015201500020
ENDDATA 3 0 3015201500021
ENDSUBENT 20 0 3015201599999
ENDENTRY 15 0 3015299999999