ENTRY 20891 19860416 00002089100000001
SUBENT 20891001 19860416 00002089100100001
BIB 10 24 2089100100002
INSTITUTE (2ITYTUR) UNIVERSITY OF TURIN 2089100100003
REFERENCE (J,NP/A,118,449,6810) 2089100100004
AUTHOR (B.MINETTI,A.PASQUARELLI) 2089100100005
TITLE -ISOMERIC CROSS SECTION RATIO FOR (N,2N) REACTIONS 2089100100006
INDUCED BY 14.7 MEV NEUTRONS- 2089100100007
FACILITY (CCW ) NEUTRON GENERATOR 2089100100008
INC-SOURCE (D-T ) SOLID TRITIDE TARGET 2089100100009
METHOD (ACTIV) ACTIVATION 2089100100010
DECAY CHAINS WERE INCLUDED WHERE RELEVANT. 2089100100011
COMMENT .MORE DETAILS OF EXPERIMENTAL METHOD GIVEN IN EARLIER 2089100100012
WORKS. 2089100100013
J,NP,51,337,(1964). FOR BETA COUNTING. 2089100100014
J,NP/A,93,218,(1967). FOR BETA COUNTING. 2089100100015
J,ZP,199,275,(1967). FOR GAMMA COUNTING. 2089100100016
STATUS .DATA TABLE IN J,NP/A,118,449,6810. 2089100100017
HISTORY (790418C) 2089100100018
(790528E) 2089100100019
(800730A) REACTION STRING IN SUBWORK 031 CORRECTED. 2089100100020
(800808E) 2089100100021
(800916A) REACTION DEFINITIONS IN 004,007,010,014,017 2089100100022
AND 021 CORRECTED. 2089100100023
(801015E) 2089100100024
(860321U)N.CH 2089100100025
(860416E) 2089100100026
ENDBIB 24 0 2089100100027
COMMON 1 3 2089100100028
EN 2089100100029
MEV 2089100100030
1.4700E+01 2089100100031
ENDCOMMON 3 0 2089100100032
ENDSUBENT 31 0 2089100199999
SUBENT 20891002 19840227 00002089100200001
BIB 8 20 2089100200002
REACTION (37-RB-85(N,2N)37-RB-84-M,,SIG) 2089100200003
SAMPLE .NATURAL RB. 2089100200004
DETECTOR (NAICR) NAI(TL) SCINTILLATOR. 2089100200005
(SOLST) SILICON JUNCTION DETECTOR USED TO MEASURE 2089100200006
NEUTRON FLUX BY MONITORING ASSOCIATED ALPHAS 2089100200007
FROM D-T REACTION. 2089100200008
DECAY-DATA (37-RB-84-M,20.MIN,DG,465.,0.35) 2089100200009
MONITOR 1(1-H-3(D,N)2-HE-4,,DA) 2089100200010
2(29-CU-63(N,2N)29-CU-62,,SIG) 511+-15 MB OBTAINED BY 2089100200011
ABSOLUTE BETA COUNTING IN J,NP/A,93,218,6703. 2089100200012
IN THIS CASE THE MONITOR WAS USED TO SET THE 2089100200013
ABSOLUTE EFFICIENCY OF THE SCINTILLATOR AT 2089100200014
ONE ENERGY AFTER ITS RELATIVE EFFICIENCY HAD 2089100200015
BEEN CALIBRATED WITH GAMMA SOURCES. 2089100200016
STATUS .TABLE 2. 2089100200017
CORRECTION .FROM J,ZP,199,275,(1967) CORRECTION WAS MADE FOR 2089100200018
SELF-ABSORPTION IN THE SAMPLE. 2089100200019
ERR-ANALYS .NO DETAILS GIVEN IN THIS PAPER BUT FROM J,ZP,199, 2089100200020
275,(1967) STATISTICAL AND PROBABLE SYSTEMATIC 2089100200021
ERRORS ARE INCLUDED. 2089100200022
ENDBIB 20 0 2089100200023
NOCOMMON 0 0 2089100200024
DATA 4 1 2089100200025
MONIT2 MONIT2-ERR DATA DATA-ERR 2089100200026
MB MB MB MB 2089100200027
5.1100E+02 1.5000E+01 9.2600E+02 6.1000E+01 2089100200028
ENDDATA 3 0 2089100200029
ENDSUBENT 28 0 2089100299999
SUBENT 20891003 19840227 00002089100300001
BIB 9 24 2089100300002
REACTION (37-RB-85(N,2N)37-RB-84-G,,SIG) 2089100300003
SAMPLE .NATURAL RB. 2089100300004
DETECTOR (NAICR) NAI(TL) SCINTILLATOR. 2089100300005
(SOLST) SILICON JUNCTION DETECTOR USED TO MEASURE 2089100300006
NEUTRON FLUX BY MONITORING ASSOCIATED ALPHAS 2089100300007
FROM D-T REACTION. 2089100300008
DECAY-DATA (37-RB-84-G,33.D,AR,511.,0.206) FROM NUCLEAR DATA 2089100300009
SHEETS. 2089100300010
MONITOR (29-CU-63(N,2N)29-CU-62,,SIG) 511+-15 MB OBTAINED BY 2089100300011
ABSOLUTE BETA COUNTING IN J,NP/A,93,218,6703. 2089100300012
IN THIS CASE THE MONITOR WAS USED TO SET THE 2089100300013
ABSOLUTE EFFICIENCY OF THE SCINTILLATOR AT 2089100300014
ONE ENERGY AFTER ITS RELATIVE EFFICIENCY HAD 2089100300015
BEEN CALIBRATED WITH GAMMA SOURCES. 2089100300016
STATUS .TABLE 2. 2089100300017
HISTORY (790418C) 2089100300018
(790528E) 2089100300019
(800916A) MONITOR CORRECTED. 2089100300020
(801015E) 2089100300021
CORRECTION .FROM J,ZP,199,275,(1967) CORRECTION WAS MADE FOR 2089100300022
SELF-ABSORPTION IN THE SAMPLE. 2089100300023
ERR-ANALYS .NO DETAILS GIVEN IN THIS PAPER BUT FROM J,ZP,199, 2089100300024
275,(1967) STATISTICAL AND PROBABLE SYSTEMATIC 2089100300025
ERRORS ARE INCLUDED. 2089100300026
ENDBIB 24 0 2089100300027
NOCOMMON 0 0 2089100300028
DATA 4 1 2089100300029
MONIT MONIT-ERR DATA DATA-ERR 2089100300030
MB MB MB MB 2089100300031
5.1100E+02 1.5000E+01 7.5600E+02 1.6100E+02 2089100300032
ENDDATA 3 0 2089100300033
ENDSUBENT 32 0 2089100399999
SUBENT 20891004 19801015 00002089100400001
BIB 4 8 2089100400002
REACTION (37-RB-85(N,2N)37-RB-84,,SIG) 2089100400003
ANALYSIS . SUM OF CROSS SECTIONS TO GROUND AND 2089100400004
METASTABLE STATES AS MEASURED IN THIS WORK 2089100400005
STATUS .TABLE IN NP/A,118,449. 2089100400006
HISTORY (790418C) 2089100400007
(790528E) 2089100400008
(800916A) REACTION RE-DEFINED. 2089100400009
(801015E) 2089100400010
ENDBIB 8 0 2089100400011
NOCOMMON 0 0 2089100400012
DATA 2 1 2089100400013
DATA DATA-ERR 2089100400014
MB MB 2089100400015
1.6820E+03 2.2200E+02 2089100400016
ENDDATA 3 0 2089100400017
ENDSUBENT 16 0 2089100499999
SUBENT 20891005 19840227 00002089100500001
BIB 9 24 2089100500002
REACTION (37-RB-87(N,2N)37-RB-86-M,,SIG) 2089100500003
SAMPLE .NATURAL RB. 2089100500004
DETECTOR (NAICR) NAI(TL) SCINTILLATOR. 2089100500005
(SOLST) SILICON JUNCTION DETECTOR USED TO MEASURE 2089100500006
NEUTRON FLUX BY MONITORING ASSOCIATED ALPHAS 2089100500007
FROM D-T REACTION. 2089100500008
DECAY-DATA (37-RB-86-M,1.04MIN,DG,560.,1.0) FROM NUCLEAR DATA 2089100500009
SHEETS. 2089100500010
MONITOR (29-CU-63(N,2N)29-CU-62,,SIG) 511+-15 MB OBTAINED BY 2089100500011
ABSOLUTE BETA COUNTING IN J,NP/A,93,218,6703. 2089100500012
IN THIS CASE THE MONITOR WAS USED TO SET THE 2089100500013
ABSOLUTE EFFICIENCY OF THE SCINTILLATOR AT 2089100500014
ONE ENERGY AFTER ITS RELATIVE EFFICIENCY HAD 2089100500015
BEEN CALIBRATED WITH GAMMA SOURCES. 2089100500016
STATUS .TABLE 2. 2089100500017
HISTORY (790418C) 2089100500018
(790528E) 2089100500019
(800916A) MONITOR CORRECTED. 2089100500020
(801015E) 2089100500021
CORRECTION .FROM J,ZP,199,275,(1967) CORRECTION WAS MADE FOR 2089100500022
SELF-ABSORPTION IN THE SAMPLE. 2089100500023
ERR-ANALYS .NO DETAILS GIVEN IN THIS PAPER BUT FROM J,ZP,199, 2089100500024
275,(1967) STATISTICAL AND PROBABLE SYSTEMATIC 2089100500025
ERRORS ARE INCLUDED. 2089100500026
ENDBIB 24 0 2089100500027
NOCOMMON 0 0 2089100500028
DATA 4 1 2089100500029
MONIT MONIT-ERR DATA DATA-ERR 2089100500030
MB MB MB MB 2089100500031
5.1100E+02 1.5000E+01 9.3200E+02 1.5000E+02 2089100500032
ENDDATA 3 0 2089100500033
ENDSUBENT 32 0 2089100599999
SUBENT 20891006 19840227 00002089100600001
BIB 9 24 2089100600002
REACTION (37-RB-87(N,2N)37-RB-86-G,,SIG) 2089100600003
SAMPLE .NATURAL RB. 2089100600004
DETECTOR (NAICR) NAI(TL) SCINTILLATOR. 2089100600005
(SOLST) SILICON JUNCTION DETECTOR USED TO MEASURE 2089100600006
NEUTRON FLUX BY MONITORING ASSOCIATED ALPHAS 2089100600007
FROM D-T REACTION. 2089100600008
DECAY-DATA (37-RB-86-G,19.D,DG,1084.,0.09) FROM NUCLEAR DATA 2089100600009
SHEETS. 2089100600010
MONITOR (29-CU-63(N,2N)29-CU-62,,SIG) 511+-15 MB OBTAINED BY 2089100600011
ABSOLUTE BETA COUNTING IN J,NP/A,93,218,6703. 2089100600012
IN THIS CASE THE MONITOR WAS USED TO SET THE 2089100600013
ABSOLUTE EFFICIENCY OF THE SCINTILLATOR AT 2089100600014
ONE ENERGY AFTER ITS RELATIVE EFFICIENCY HAD 2089100600015
BEEN CALIBRATED WITH GAMMA SOURCES. 2089100600016
STATUS .TABLE 2. 2089100600017
HISTORY (790418C) 2089100600018
(790528E) 2089100600019
(800916A) MONITOR CORRECTED. 2089100600020
(801015E) 2089100600021
CORRECTION .FROM J,ZP,199,275,(1967) CORRECTION WAS MADE FOR 2089100600022
SELF-ABSORPTION IN THE SAMPLE. 2089100600023
ERR-ANALYS .NO DETAILS GIVEN IN THIS PAPER BUT FROM J,ZP,199, 2089100600024
275,(1967) STATISTICAL AND PROBABLE SYSTEMATIC 2089100600025
ERRORS ARE INCLUDED. 2089100600026
ENDBIB 24 0 2089100600027
NOCOMMON 0 0 2089100600028
DATA 4 1 2089100600029
MONIT MONIT-ERR DATA DATA-ERR 2089100600030
MB MB MB MB 2089100600031
5.1100E+02 1.5000E+01 1.6190E+03 2.5000E+02 2089100600032
ENDDATA 3 0 2089100600033
ENDSUBENT 32 0 2089100699999
SUBENT 20891007 19801015 00002089100700001
BIB 4 8 2089100700002
REACTION (37-RB-87(N,2N)37-RB-86,,SIG) 2089100700003
ANALYSIS .SUM OF CROSS SECTIONS TO GROUND AND METASTABLE 2089100700004
STATES MEASURED IN THIS WORK. 2089100700005
STATUS .TABLE IN NP/A,118,449. 2089100700006
HISTORY (790418C) 2089100700007
(790528E) 2089100700008
(800916A) REACTION DEFINITION CORRECTED. 2089100700009
(801015E) 2089100700010
ENDBIB 8 0 2089100700011
NOCOMMON 0 0 2089100700012
DATA 2 1 2089100700013
DATA DATA-ERR 2089100700014
MB MB 2089100700015
2.5510E+03 3.5000E+02 2089100700016
ENDDATA 3 0 2089100700017
ENDSUBENT 16 0 2089100799999
SUBENT 20891008 19840227 00002089100800001
BIB 9 24 2089100800002
REACTION (38-SR-86(N,2N)38-SR-85-M,,SIG) 2089100800003
SAMPLE .NATURAL SR. 2089100800004
DETECTOR (NAICR) NAI(TL) SCINTILLATOR. 2089100800005
(SOLST) SILICON JUNCTION DETECTOR USED TO MEASURE 2089100800006
NEUTRON FLUX BY MONITORING ASSOCIATED ALPHAS 2089100800007
FROM D-T REACTION. 2089100800008
DECAY-DATA (38-SR-85-M,70.MIN,DG,225.,0.86) FROM NUCLEAR DATA 2089100800009
SHEETS. 2089100800010
MONITOR (29-CU-63(N,2N)29-CU-62,,SIG) 511+-15 MB OBTAINED BY 2089100800011
ABSOLUTE BETA COUNTING IN J,NP/A,93,218,6703. 2089100800012
IN THIS CASE THE MONITOR WAS USED TO SET THE 2089100800013
ABSOLUTE EFFICIENCY OF THE SCINTILLATOR AT 2089100800014
ONE ENERGY AFTER ITS RELATIVE EFFICIENCY HAD 2089100800015
BEEN CALIBRATED WITH GAMMA SOURCES. 2089100800016
STATUS .TABLE 2. 2089100800017
HISTORY (790418C) 2089100800018
(790528E) 2089100800019
(800916A) MONITOR CORRECTED. 2089100800020
(801015E) 2089100800021
CORRECTION .FROM J,ZP,199,275,(1967) CORRECTION WAS MADE FOR 2089100800022
SELF-ABSORPTION IN THE SAMPLE. 2089100800023
ERR-ANALYS .NO DETAILS GIVEN IN THIS PAPER BUT FROM J,ZP,199, 2089100800024
275,(1967) STATISTICAL AND PROBABLE SYSTEMATIC 2089100800025
ERRORS ARE INCLUDED. 2089100800026
ENDBIB 24 0 2089100800027
NOCOMMON 0 0 2089100800028
DATA 4 1 2089100800029
MONIT MONIT-ERR DATA DATA-ERR 2089100800030
MB MB MB MB 2089100800031
5.1100E+02 1.5000E+01 2.2200E+02 2.5000E+01 2089100800032
ENDDATA 3 0 2089100800033
ENDSUBENT 32 0 2089100899999
SUBENT 20891009 19840227 00002089100900001
BIB 9 24 2089100900002
REACTION (38-SR-86(N,2N)38-SR-85-G,,SIG) 2089100900003
SAMPLE .NATURAL SR. 2089100900004
DETECTOR (NAICR) NAI(TL) SCINTILLATOR. 2089100900005
(SOLST) SILICON JUNCTION DETECTOR USED TO MEASURE 2089100900006
NEUTRON FLUX BY MONITORING ASSOCIATED ALPHAS 2089100900007
FROM D-T REACTION. 2089100900008
DECAY-DATA (38-SR-85-G,64.D,DG,514.,1.0) FROM NUCLEAR DATA 2089100900009
SHEETS. 2089100900010
MONITOR (29-CU-63(N,2N)29-CU-62,,SIG) 511+-15 MB OBTAINED BY 2089100900011
ABSOLUTE BETA COUNTING IN J,NP/A,93,218,6703. 2089100900012
IN THIS CASE THE MONITOR WAS USED TO SET THE 2089100900013
ABSOLUTE EFFICIENCY OF THE SCINTILLATOR AT 2089100900014
ONE ENERGY AFTER ITS RELATIVE EFFICIENCY HAD 2089100900015
BEEN CALIBRATED WITH GAMMA SOURCES. 2089100900016
STATUS .TABLE 2. 2089100900017
HISTORY (790418C) 2089100900018
(790528E) 2089100900019
(800916A) MONITOR CORRECTED. 2089100900020
(801015E) 2089100900021
CORRECTION .FROM J,ZP,199,275,(1967) CORRECTION WAS MADE FOR 2089100900022
SELF-ABSORPTION IN THE SAMPLE. 2089100900023
ERR-ANALYS .NO DETAILS GIVEN IN THIS PAPER BUT FROM J,ZP,199, 2089100900024
275,(1967) STATISTICAL AND PROBABLE SYSTEMATIC 2089100900025
ERRORS ARE INCLUDED. 2089100900026
ENDBIB 24 0 2089100900027
NOCOMMON 0 0 2089100900028
DATA 4 1 2089100900029
MONIT MONIT-ERR DATA DATA-ERR 2089100900030
MB MB MB MB 2089100900031
5.1100E+02 1.5000E+01 9.1000E+02 8.0000E+01 2089100900032
ENDDATA 3 0 2089100900033
ENDSUBENT 32 0 2089100999999
SUBENT 20891010 19801015 00002089101000001
BIB 3 7 2089101000002
REACTION (38-SR-86(N,2N)38-SR-85,,SIG) 2089101000003
ANALYSIS .SUM OF CROSS SECTIONS TO GROUND AND METASTABLE 2089101000004
STATES MEASURED IN THIS WORK. 2089101000005
HISTORY (790418C) 2089101000006
(790528E) 2089101000007
(800916A) REACTION DEFINITION REVISED. 2089101000008
(801015E) 2089101000009
ENDBIB 7 0 2089101000010
NOCOMMON 0 0 2089101000011
DATA 2 1 2089101000012
DATA DATA-ERR 2089101000013
MB MB 2089101000014
1.1320E+03 1.0500E+02 2089101000015
ENDDATA 3 0 2089101000016
ENDSUBENT 15 0 2089101099999
SUBENT 20891011 19840227 00002089101100001
BIB 9 24 2089101100002
REACTION (38-SR-88(N,2N)38-SR-87-M,,SIG) 2089101100003
SAMPLE .NATURAL SR. 2089101100004
DETECTOR (NAICR) NAI(TL) SCINTILLATOR. 2089101100005
(SOLST) SILICON JUNCTION DETECTOR USED TO MEASURE 2089101100006
NEUTRON FLUX BY MONITORING ASSOCIATED ALPHAS 2089101100007
FROM D-T REACTION. 2089101100008
DECAY-DATA (38-SR-87-M,2.8HR,DG,388.,1.0) FROM NUCLEAR DATA 2089101100009
SHEETS. 2089101100010
MONITOR (29-CU-63(N,2N)29-CU-62,,SIG) 511+-15 MB OBTAINED BY 2089101100011
ABSOLUTE BETA COUNTING IN J,NP/A,93,218,6703. 2089101100012
IN THIS CASE THE MONITOR WAS USED TO SET THE 2089101100013
ABSOLUTE EFFICIENCY OF THE SCINTILLATOR AT 2089101100014
ONE ENERGY AFTER ITS RELATIVE EFFICIENCY HAD 2089101100015
BEEN CALIBRATED WITH GAMMA SOURCES. 2089101100016
STATUS .TABLE 2. 2089101100017
HISTORY (790418C) 2089101100018
(790528E) 2089101100019
(800916A) MONITOR CORRECTED. 2089101100020
(801015E) 2089101100021
CORRECTION .FROM J,ZP,199,275,(1967) CORRECTION WAS MADE FOR 2089101100022
SELF-ABSORPTION IN THE SAMPLE. 2089101100023
ERR-ANALYS .NO DETAILS GIVEN IN THIS PAPER BUT FROM J,ZP,199, 2089101100024
275,(1967) STATISTICAL AND PROBABLE SYSTEMATIC 2089101100025
ERRORS ARE INCLUDED. 2089101100026
ENDBIB 24 0 2089101100027
NOCOMMON 0 0 2089101100028
DATA 4 1 2089101100029
MONIT MONIT-ERR DATA DATA-ERR 2089101100030
MB MB MB MB 2089101100031
5.1100E+02 1.5000E+01 3.6500E+02 3.0000E+01 2089101100032
ENDDATA 3 0 2089101100033
ENDSUBENT 32 0 2089101199999
SUBENT 20891012 19840227 00002089101200001
BIB 9 24 2089101200002
REACTION (40-ZR-90(N,2N)40-ZR-89-M,,SIG) 2089101200003
SAMPLE .NATURAL ZR. 2089101200004
DETECTOR (NAICR) NAI(TL) SCINTILLATOR. 2089101200005
(SOLST) SILICON JUNCTION DETECTOR USED TO MEASURE 2089101200006
NEUTRON FLUX BY MONITORING ASSOCIATED ALPHAS 2089101200007
FROM D-T REACTION. 2089101200008
DECAY-DATA (40-ZR-89-M,4.3MIN,DG,588.,0.93) FROM NUCLEAR DATA 2089101200009
SHEETS. 2089101200010
MONITOR (29-CU-63(N,2N)29-CU-62,,SIG) 511+-15 MB OBTAINED BY 2089101200011
ABSOLUTE BETA COUNTING IN J,NP/A,93,218,6703. 2089101200012
IN THIS CASE THE MONITOR WAS USED TO SET THE 2089101200013
ABSOLUTE EFFICIENCY OF THE SCINTILLATOR AT 2089101200014
ONE ENERGY AFTER ITS RELATIVE EFFICIENCY HAD 2089101200015
BEEN CALIBRATED WITH GAMMA SOURCES. 2089101200016
STATUS .TABLE 2. 2089101200017
HISTORY (790418C) 2089101200018
(790528E) 2089101200019
(800916A) MONITOR CORRECTED. 2089101200020
(801015E) 2089101200021
CORRECTION .FROM J,ZP,199,275,(1967) CORRECTION WAS MADE FOR 2089101200022
SELF-ABSORPTION IN THE SAMPLE. 2089101200023
ERR-ANALYS .NO DETAILS GIVEN IN THIS PAPER BUT FROM J,ZP,199, 2089101200024
275,(1967) STATISTICAL AND PROBABLE SYSTEMATIC 2089101200025
ERRORS ARE INCLUDED. 2089101200026
ENDBIB 24 0 2089101200027
NOCOMMON 0 0 2089101200028
DATA 4 1 2089101200029
MONIT MONIT-ERR DATA DATA-ERR 2089101200030
MB MB MB MB 2089101200031
5.1100E+02 1.5000E+01 1.9100E+02 1.5000E+01 2089101200032
ENDDATA 3 0 2089101200033
ENDSUBENT 32 0 2089101299999
SUBENT 20891013 19840227 00002089101300001
BIB 9 24 2089101300002
REACTION (40-ZR-90(N,2N)40-ZR-89-G,,SIG) 2089101300003
SAMPLE .NATURAL ZR. 2089101300004
DETECTOR (NAICR) NAI(TL) SCINTILLATOR. 2089101300005
(SOLST) SILICON JUNCTION DETECTOR USED TO MEASURE 2089101300006
NEUTRON FLUX BY MONITORING ASSOCIATED ALPHAS 2089101300007
FROM D-T REACTION. 2089101300008
DECAY-DATA (40-ZR-89-G,79.HR,DG,915.,1.0) FROM NUCLEAR DATA 2089101300009
SHEETS. 2089101300010
MONITOR (29-CU-63(N,2N)29-CU-62,,SIG) 511+-15 MB OBTAINED BY 2089101300011
ABSOLUTE BETA COUNTING IN J,NP/A,93,218,6703. 2089101300012
IN THIS CASE THE MONITOR WAS USED TO SET THE 2089101300013
ABSOLUTE EFFICIENCY OF THE SCINTILLATOR AT 2089101300014
ONE ENERGY AFTER ITS RELATIVE EFFICIENCY HAD 2089101300015
BEEN CALIBRATED WITH GAMMA SOURCES. 2089101300016
STATUS .TABLE 2. 2089101300017
HISTORY (790418C) 2089101300018
(790528E) 2089101300019
(800916A) MONITOR CORRECTED. 2089101300020
(801015E) 2089101300021
CORRECTION .FROM J,ZP,199,275,(1967) CORRECTION WAS MADE FOR 2089101300022
SELF-ABSORPTION IN THE SAMPLE. 2089101300023
ERR-ANALYS .NO DETAILS GIVEN IN THIS PAPER BUT FROM J,ZP,199, 2089101300024
275,(1967) STATISTICAL AND PROBABLE SYSTEMATIC 2089101300025
ERRORS ARE INCLUDED. 2089101300026
ENDBIB 24 0 2089101300027
NOCOMMON 0 0 2089101300028
DATA 4 1 2089101300029
MONIT MONIT-ERR DATA DATA-ERR 2089101300030
MB MB MB MB 2089101300031
5.1100E+02 1.5000E+01 7.6200E+02 8.2000E+01 2089101300032
ENDDATA 3 0 2089101300033
ENDSUBENT 32 0 2089101399999
SUBENT 20891014 19801015 00002089101400001
BIB 3 7 2089101400002
REACTION (40-ZR-90(N,2N)40-ZR-89,,SIG) 2089101400003
ANALYSIS .SUM OF CROSS SECTIONS TO GROUND AND METASTABLE 2089101400004
STATES MEASURED IN THIS WORK. 2089101400005
HISTORY (790418C) 2089101400006
(790528E) 2089101400007
(800916A) REACTION DEFINITION REVISED. 2089101400008
(801015E) 2089101400009
ENDBIB 7 0 2089101400010
NOCOMMON 0 0 2089101400011
DATA 2 1 2089101400012
DATA DATA-ERR 2089101400013
MB MB 2089101400014
9.5300E+02 9.7000E+01 2089101400015
ENDDATA 3 0 2089101400016
ENDSUBENT 15 0 2089101499999
SUBENT 20891015 19840227 00002089101500001
BIB 9 24 2089101500002
REACTION (42-MO-92(N,2N)42-MO-91-M,,SIG) 2089101500003
SAMPLE .NATURAL MO. 2089101500004
DETECTOR (NAICR) NAI(TL) SCINTILLATOR. 2089101500005
(SOLST) SILICON JUNCTION DETECTOR USED TO MEASURE 2089101500006
NEUTRON FLUX BY MONITORING ASSOCIATED ALPHAS 2089101500007
FROM D-T REACTION. 2089101500008
DECAY-DATA (42-MO-91-M,66.SEC,DG,658.,0.57) FROM NUCLEAR DATA 2089101500009
TABLES. 2089101500010
MONITOR (29-CU-63(N,2N)29-CU-62,,SIG) 511+-15 MB OBTAINED BY 2089101500011
ABSOLUTE BETA COUNTING IN J,NP/A,93,218,6703. 2089101500012
IN THIS CASE THE MONITOR WAS USED TO SET THE 2089101500013
ABSOLUTE EFFICIENCY OF THE SCINTILLATOR AT 2089101500014
ONE ENERGY AFTER ITS RELATIVE EFFICIENCY HAD 2089101500015
BEEN CALIBRATED WITH GAMMA SOURCES. 2089101500016
STATUS .TABLE 2. 2089101500017
HISTORY (790418C) 2089101500018
(790528E) 2089101500019
(800916A) MONITOR CORRECTED. 2089101500020
(801015E) 2089101500021
CORRECTION .FROM J,ZP,199,275,(1967) CORRECTION WAS MADE FOR 2089101500022
SELF-ABSORPTION IN THE SAMPLE. 2089101500023
ERR-ANALYS .NO DETAILS GIVEN IN THIS PAPER BUT FROM J,ZP,199, 2089101500024
275,(1967) STATISTICAL AND PROBABLE SYSTEMATIC 2089101500025
ERRORS ARE INCLUDED. 2089101500026
ENDBIB 24 0 2089101500027
NOCOMMON 0 0 2089101500028
DATA 4 1 2089101500029
MONIT MONIT-ERR DATA DATA-ERR 2089101500030
MB MB MB MB 2089101500031
5.1100E+02 1.5000E+01 7.0000E+00 2.0000E+00 2089101500032
ENDDATA 3 0 2089101500033
ENDSUBENT 32 0 2089101599999
SUBENT 20891016 19840227 00002089101600001
BIB 9 24 2089101600002
REACTION (42-MO-92(N,2N)42-MO-91-G,,SIG) 2089101600003
SAMPLE .NATURAL MO. 2089101600004
DETECTOR (NAICR) NAI(TL) SCINTILLATOR. 2089101600005
(SOLST) SILICON JUNCTION DETECTOR USED TO MEASURE 2089101600006
NEUTRON FLUX BY MONITORING ASSOCIATED ALPHAS 2089101600007
FROM D-T REACTION. 2089101600008
DECAY-DATA (42-MO-91-G,16.MIN,AR,511.,0.94) FROM NUCLEAR DATA 2089101600009
SHEETS. 2089101600010
MONITOR (29-CU-63(N,2N)29-CU-62,,SIG) 511+-15 MB OBTAINED BY 2089101600011
ABSOLUTE BETA COUNTING IN J,NP/A,93,218,6703. 2089101600012
IN THIS CASE THE MONITOR WAS USED TO SET THE 2089101600013
ABSOLUTE EFFICIENCY OF THE SCINTILLATOR AT 2089101600014
ONE ENERGY AFTER ITS RELATIVE EFFICIENCY HAD 2089101600015
BEEN CALIBRATED WITH GAMMA SOURCES. 2089101600016
STATUS .TABLE 2. 2089101600017
HISTORY (790418C) 2089101600018
(790528E) 2089101600019
(800916A) MONITOR CORRECTED. 2089101600020
(801015E) 2089101600021
CORRECTION .FROM J,ZP,199,275,(1967) CORRECTION WAS MADE FOR 2089101600022
SELF-ABSORPTION IN THE SAMPLE. 2089101600023
ERR-ANALYS .NO DETAILS GIVEN IN THIS PAPER BUT FROM J,ZP,199, 2089101600024
275,(1967) STATISTICAL AND PROBABLE SYSTEMATIC 2089101600025
ERRORS ARE INCLUDED. 2089101600026
ENDBIB 24 0 2089101600027
NOCOMMON 0 0 2089101600028
DATA 4 1 2089101600029
MONIT MONIT-ERR DATA DATA-ERR 2089101600030
MB MB MB MB 2089101600031
5.1100E+02 1.5000E+01 1.6300E+02 1.2000E+01 2089101600032
ENDDATA 3 0 2089101600033
ENDSUBENT 32 0 2089101699999
SUBENT 20891017 19801015 00002089101700001
BIB 3 7 2089101700002
REACTION (42-MO-92(N,2N)42-MO-91,,SIG) 2089101700003
ANALYSIS .SUM OF CROSS SECTIONS TO GROUND AND METASTABLE 2089101700004
STATES MEASURED IN THIS WORK. 2089101700005
HISTORY (790418C) 2089101700006
(790528E) 2089101700007
(800916A) REACTION DEFINITION REVISED. 2089101700008
(801015E) 2089101700009
ENDBIB 7 0 2089101700010
NOCOMMON 0 0 2089101700011
DATA 2 1 2089101700012
DATA DATA-ERR 2089101700013
MB MB 2089101700014
1.7000E+02 1.4000E+01 2089101700015
ENDDATA 3 0 2089101700016
ENDSUBENT 15 0 2089101799999
SUBENT 20891018 19840227 00002089101800001
BIB 9 24 2089101800002
REACTION (46-PD-108(N,2N)46-PD-107-M,,SIG) 2089101800003
SAMPLE .NATURAL PD. 2089101800004
DETECTOR (NAICR) NAI(TL) SCINTILLATOR. 2089101800005
(SOLST) SILICON JUNCTION DETECTOR USED TO MEASURE 2089101800006
NEUTRON FLUX BY MONITORING ASSOCIATED ALPHAS 2089101800007
FROM D-T REACTION. 2089101800008
DECAY-DATA (46-PD-107-M,22.SEC,DG,220.,1.0) FROM NUCLEAR DATA 2089101800009
SHEETS. 2089101800010
MONITOR (29-CU-63(N,2N)29-CU-62,,SIG) 511+-15 MB OBTAINED BY 2089101800011
ABSOLUTE BETA COUNTING IN J,NP/A,93,218,6703. 2089101800012
IN THIS CASE THE MONITOR WAS USED TO SET THE 2089101800013
ABSOLUTE EFFICIENCY OF THE SCINTILLATOR AT 2089101800014
ONE ENERGY AFTER ITS RELATIVE EFFICIENCY HAD 2089101800015
BEEN CALIBRATED WITH GAMMA SOURCES. 2089101800016
STATUS .TABLE 2. 2089101800017
HISTORY (790418C) 2089101800018
(790528E) 2089101800019
(800916A) MONITOR CORRECTED. 2089101800020
(801015E) 2089101800021
CORRECTION .FROM J,ZP,199,275,(1967) CORRECTION WAS MADE FOR 2089101800022
SELF-ABSORPTION IN THE SAMPLE. 2089101800023
ERR-ANALYS .NO DETAILS GIVEN IN THIS PAPER BUT FROM J,ZP,199, 2089101800024
275,(1967) STATISTICAL AND PROBABLE SYSTEMATIC 2089101800025
ERRORS ARE INCLUDED. 2089101800026
ENDBIB 24 0 2089101800027
NOCOMMON 0 0 2089101800028
DATA 4 1 2089101800029
MONIT MONIT-ERR DATA DATA-ERR 2089101800030
MB MB MB MB 2089101800031
5.1100E+02 1.5000E+01 5.1700E+02 8.0000E+01 2089101800032
ENDDATA 3 0 2089101800033
ENDSUBENT 32 0 2089101899999
SUBENT 20891019 19840227 00002089101900001
BIB 9 24 2089101900002
REACTION (47-AG-107(N,2N)47-AG-106-M,,SIG) 2089101900003
SAMPLE .NATURAL AG. 2089101900004
DETECTOR (NAICR) NAI(TL) SCINTILLATOR. 2089101900005
(SOLST) SILICON JUNCTION DETECTOR USED TO MEASURE 2089101900006
NEUTRON FLUX BY MONITORING ASSOCIATED ALPHAS 2089101900007
FROM D-T REACTION. 2089101900008
DECAY-DATA (47-AG-106-M,8.3D,DG,513.,0.86) FROM NUCLEAR DATA 2089101900009
SHEETS. 2089101900010
MONITOR (29-CU-63(N,2N)29-CU-62,,SIG) 511+-15 MB OBTAINED BY 2089101900011
ABSOLUTE BETA COUNTING IN J,NP/A,93,218,6703. 2089101900012
IN THIS CASE THE MONITOR WAS USED TO SET THE 2089101900013
ABSOLUTE EFFICIENCY OF THE SCINTILLATOR AT 2089101900014
ONE ENERGY AFTER ITS RELATIVE EFFICIENCY HAD 2089101900015
BEEN CALIBRATED WITH GAMMA SOURCES. 2089101900016
STATUS .TABLE 2. 2089101900017
HISTORY (790418C) 2089101900018
(790528E) 2089101900019
(800916A) MONITOR CORRECTED. 2089101900020
(801015E) 2089101900021
CORRECTION .FROM J,ZP,199,275,(1967) CORRECTION WAS MADE FOR 2089101900022
SELF-ABSORPTION IN THE SAMPLE. 2089101900023
ERR-ANALYS .NO DETAILS GIVEN IN THIS PAPER BUT FROM J,ZP,199, 2089101900024
275,(1967) STATISTICAL AND PROBABLE SYSTEMATIC 2089101900025
ERRORS ARE INCLUDED. 2089101900026
ENDBIB 24 0 2089101900027
NOCOMMON 0 0 2089101900028
DATA 4 1 2089101900029
MONIT MONIT-ERR DATA DATA-ERR 2089101900030
MB MB MB MB 2089101900031
5.1100E+02 1.5000E+01 6.5300E+02 3.0000E+01 2089101900032
ENDDATA 3 0 2089101900033
ENDSUBENT 32 0 2089101999999
SUBENT 20891020 19840227 00002089102000001
BIB 8 21 2089102000002
REACTION (47-AG-107(N,2N)47-AG-106-G,,SIG) 2089102000003
SAMPLE .NATURAL AG. 2089102000004
DETECTOR (GEMUC) END-WINDOW GEIGER-MUELLER COUNTER 2089102000005
(SOLST) SILICON JUNCTION DETECTOR USED TO MEASURE 2089102000006
NEUTRON FLUX BY MONITORING ASSOCIATED ALPHAS 2089102000007
FROM D-T REACTION. 2089102000008
DECAY-DATA (47-AG-106-G,24.MIN,B-,1450.,0.07,B-,1960.,0.54) 2089102000009
FROM NUCLEAR DATA SHEETS. 2089102000010
MONITOR (1-H-3(D,N)2-HE-4,,SIG) 2089102000011
STATUS .TABLE 2. 2089102000012
CORRECTION .FROM J,NP,51,337,6402 CORRECTIONS WERE MADE FOR 2089102000013
BACKSCATTERING FROM SOURCE SUPPORT, SELF-ABSORPTION 2089102000014
AND SCATTERING IN SOURCE MATERIAL, G.M. WINDOW 2089102000015
ABSORPTION AND POOR GEOMETRY EFFECTS. CORRECTION 2089102000016
FOR THE EFFECTS OF X AND GAMMA RAY EMISSION IN THE 2089102000017
DECAY CHAINS WAS INCLUDED WHERE RELEVANT. 2089102000018
ERR-ANALYS .NO DETAILS GIVEN IN THIS PAPER BUT FROM J,NP,51,337, 2089102000019
6402, ERRORS INCLUDE STATISTICAL ERRORS AND SYSTEMATIC2089102000020
ERRORS DUE MAINLY IMPERFECT KNOWLEDGE OF GEOMETRY AND 2089102000021
G.M. WINDOW THICKNESS. POSSIBLE ERRORS IN THE PUBLISHE2089102000022
DECAY CHAINS ARE NOT INCLUDED. 2089102000023
ENDBIB 21 0 2089102000024
NOCOMMON 0 0 2089102000025
DATA 2 1 2089102000026
DATA DATA-ERR 2089102000027
MB MB 2089102000028
8.7000E+02 4.0000E+01 2089102000029
ENDDATA 3 0 2089102000030
ENDSUBENT 29 0 2089102099999
SUBENT 20891021 19860321 00002089102100001
BIB 4 10 2089102100002
REACTION (47-AG-107(N,2N)47-AG-106,,SIG) 2089102100003
ANALYSIS .SUM OF CROSS SECTIONS TO GROUND AND METASTABLE 2089102100004
STATES MEASURED IN THIS WORK. 2089102100005
STATUS .TABLE IN NP/A,118,449. 2089102100006
HISTORY (790418C) 2089102100007
(790528E) 2089102100008
(800916A) REACTION DEFINITION REVISED. 2089102100009
(801015E) 2089102100010
(860321A)N.CH 2089102100011
(860416E) 2089102100012
ENDBIB 10 0 2089102100013
NOCOMMON 0 0 2089102100014
DATA 2 1 2089102100015
DATA DATA-ERR 2089102100016
MB MB 2089102100017
1.5230E+03 7.0000E+01 2089102100018
ENDDATA 3 0 2089102100019
ENDSUBENT 18 0 2089102199999
SUBENT 20891022 19840227 00002089102200001
BIB 8 21 2089102200002
REACTION (47-AG-109(N,2N)47-AG-108-G,,SIG) 2089102200003
SAMPLE .NATURAL AG. 2089102200004
DETECTOR (GEMUC) END-WINDOW GEIGER-MUELLER COUNTER 2089102200005
(SOLST) SILICON JUNCTION DETECTOR USED TO MEASURE 2089102200006
NEUTRON FLUX BY MONITORING ASSOCIATED ALPHAS 2089102200007
FROM D-T REACTION. 2089102200008
DECAY-DATA (47-AG-108-G,2.4MIN,B+,690.,0.002,B-,1650.,0.94, 2089102200009
B-,1020.,0.019) FROM NUCLEAR DATA SHEETS. 2089102200010
MONITOR (1-H-3(D,N)2-HE-4,,SIG) 2089102200011
STATUS .TABLE 2. 2089102200012
CORRECTION .FROM J,NP,51,337,6402 CORRECTIONS WERE MADE FOR 2089102200013
BACKSCATTERING FROM SOURCE SUPPORT, SELF-ABSORPTION 2089102200014
AND SCATTERING IN SOURCE MATERIAL, G.M. WINDOW 2089102200015
ABSORPTION AND POOR GEOMETRY EFFECTS. CORRECTION 2089102200016
FOR THE EFFECTS OF X AND GAMMA RAY EMISSION IN THE 2089102200017
DECAY CHAINS WAS INCLUDED WHERE RELEVANT. 2089102200018
ERR-ANALYS .NO DETAILS GIVEN IN THIS PAPER BUT FROM J,NP,51,337, 2089102200019
6402, ERRORS INCLUDE STATISTICAL ERRORS AND SYSTEMATIC2089102200020
ERRORS DUE MAINLY IMPERFECT KNOWLEDGE OF GEOMETRY AND 2089102200021
G.M. WINDOW THICKNESS. POSSIBLE ERRORS IN THE PUBLISHE2089102200022
DECAY CHAINS ARE NOT INCLUDED. 2089102200023
ENDBIB 21 0 2089102200024
NOCOMMON 0 0 2089102200025
DATA 2 1 2089102200026
DATA DATA-ERR 2089102200027
MB MB 2089102200028
7.9700E+02 5.0000E+01 2089102200029
ENDDATA 3 0 2089102200030
ENDSUBENT 29 0 2089102299999
SUBENT 20891023 19840227 00002089102300001
BIB 3 10 2089102300002
REACTION (35-BR-80(0,0),,SCO) 2089102300003
.SPIN CUT OFF PARAMETER CALCULATED FROM ISOMERIC 2089102300004
CROSS SECTION RATIO OF 35-BR-81(N,2N) (MEASURED 2089102300005
IN A PREVIOUS WORK- J,ZP,207,132,(1967)) USING 2089102300006
THE HUIZENGA-VANDENBOSCH FORMALISM. 2089102300007
STATUS .TABLE 3. 2089102300008
HISTORY (790418C) 2089102300009
(790528E) 2089102300010
(800916A) REACTION REDEFINED. 2089102300011
(801015E) 2089102300012
ENDBIB 10 0 2089102300013
NOCOMMON 0 0 2089102300014
DATA 2 1 2089102300015
DATA DATA-ERR 2089102300016
NO-DIM NO-DIM 2089102300017
6.0000E+00 1.0000E+00 2089102300018
ENDDATA 3 0 2089102300019
ENDSUBENT 18 0 2089102399999
SUBENT 20891024 19840227 00002089102400001
BIB 3 9 2089102400002
REACTION (37-RB-84(0,0),,SCO) 2089102400003
.SPIN CUT OFF PARAMETER CALCULATED FROM MEASURED 2089102400004
ISOMERIC CROSS SECTION RATIO FOR 37-RB-85(N,2N) 2089102400005
USING THE HUIZENGA-VANDENBOSCH FORMALISM. 2089102400006
STATUS .TABLE 3. 2089102400007
HISTORY (790418C) 2089102400008
(790528E) 2089102400009
(800916A) REACTION REVISED. 2089102400010
(801015E) 2089102400011
ENDBIB 9 0 2089102400012
NOCOMMON 0 0 2089102400013
DATA 2 1 2089102400014
DATA DATA-ERR 2089102400015
NO-DIM NO-DIM 2089102400016
4.9000E+00 5.0000E-01 2089102400017
ENDDATA 3 0 2089102400018
ENDSUBENT 17 0 2089102499999
SUBENT 20891025 19840227 00002089102500001
BIB 3 9 2089102500002
REACTION (37-RB-86(0,0),,SCO) 2089102500003
.SPIN CUT OFF PARAMETER CALCULATED FROM MEASURED 2089102500004
ISOMERIC CROSS SECTION RATIO FOR 37-RB-87(N,2N) 2089102500005
USING THE HUIZENGA-VANDENBOSCH FORMALISM. 2089102500006
STATUS .TABLE 3. 2089102500007
HISTORY (790418C) 2089102500008
(790528E) 2089102500009
(800916A) REACTION REVISED. 2089102500010
(801015E) 2089102500011
ENDBIB 9 0 2089102500012
NOCOMMON 0 0 2089102500013
DATA 2 1 2089102500014
DATA DATA-ERR 2089102500015
NO-DIM NO-DIM 2089102500016
2.9000E+00 5.0000E-01 2089102500017
ENDDATA 3 0 2089102500018
ENDSUBENT 17 0 2089102599999
SUBENT 20891026 19840227 00002089102600001
BIB 3 9 2089102600002
REACTION (38-SR-85(0,0),,SCO) 2089102600003
.SPIN CUT OFF PARAMETER CALCULATED FROM MEASURED 2089102600004
ISOMERIC CROSS SECTION RATIO FOR 38-SR-86(N,2N) 2089102600005
USING THE HUIZENGA-VANDENBOSCH FORMALISM. 2089102600006
STATUS .TABLE 3. 2089102600007
HISTORY (790418C) 2089102600008
(790528E) 2089102600009
(800916A) REACTION REVISED. 2089102600010
(801015E) 2089102600011
ENDBIB 9 0 2089102600012
NOCOMMON 0 0 2089102600013
DATA 2 1 2089102600014
DATA DATA-ERR 2089102600015
NO-DIM NO-DIM 2089102600016
3.0000E+00 5.0000E-01 2089102600017
ENDDATA 3 0 2089102600018
ENDSUBENT 17 0 2089102699999
SUBENT 20891027 19840227 00002089102700001
BIB 3 10 2089102700002
REACTION (38-SR-87(0,0),,SCO) 2089102700003
.SPIN CUT OFF PARAMETER CALCULATED FROM RATIO OF 2089102700004
MEASURED SR-88(N,2N)SR-87-M CROSS SECTION AND 2089102700005
CALCULATED SR-88(N,2N)SR-87-G CROSS SECTION BY 2089102700006
THE FORMALISM OF HUIZENGA-VANDENBOSCH. 2089102700007
STATUS .TABLE 3. 2089102700008
HISTORY (790418C) 2089102700009
(790528E) 2089102700010
(800916A) REACTION REVISED. 2089102700011
(801015E) 2089102700012
ENDBIB 10 0 2089102700013
NOCOMMON 0 0 2089102700014
DATA 2 1 2089102700015
DATA DATA-ERR 2089102700016
NO-DIM NO-DIM 2089102700017
3.4000E+00 5.0000E-01 2089102700018
ENDDATA 3 0 2089102700019
ENDSUBENT 18 0 2089102799999
SUBENT 20891028 19840227 00002089102800001
BIB 3 9 2089102800002
REACTION (40-ZR-89(0,0),,SCO) 2089102800003
.SPIN CUT OFF PARAMETER CALCULATED FROM MEASURED 2089102800004
ISOMERIC CROSS SECTION RATIO FOR 40-ZR-90(N,2N) 2089102800005
USING THE HUIZENGA-VANDENBOSCH FORMALISM. 2089102800006
STATUS .TABLE 3. 2089102800007
HISTORY (790418C) 2089102800008
(790528E) 2089102800009
(800916A) REACTION REVISED. 2089102800010
(801015E) 2089102800011
ENDBIB 9 0 2089102800012
NOCOMMON 0 0 2089102800013
DATA 2 1 2089102800014
DATA DATA-ERR 2089102800015
NO-DIM NO-DIM 2089102800016
3.5000E+00 5.0000E-01 2089102800017
ENDDATA 3 0 2089102800018
ENDSUBENT 17 0 2089102899999
SUBENT 20891029 19840227 00002089102900001
BIB 4 9 2089102900002
REACTION (42-MO-91(0,0),,SCO) 2089102900003
COMMENT .SPIN CUT OFF PARAMETER CALCULATED FROM MEASURED 2089102900004
ISOMERIC CROSS SECTION RATIO FOR 42-MO-92(N,2N) 2089102900005
USING THE HUIZENGA-VANDENBOSCH FORMALISM. 2089102900006
STATUS .TABLE 3. 2089102900007
HISTORY (790418C) 2089102900008
(790528E) 2089102900009
(800916A) REACTION REVISED. 2089102900010
(801015E) 2089102900011
ENDBIB 9 0 2089102900012
NOCOMMON 0 0 2089102900013
DATA 2 1 2089102900014
DATA DATA-ERR 2089102900015
NO-DIM NO-DIM 2089102900016
6.0000E+00 1.0000E+00 2089102900017
ENDDATA 3 0 2089102900018
ENDSUBENT 17 0 2089102999999
SUBENT 20891030 19840227 00002089103000001
BIB 4 10 2089103000002
REACTION (46-PD-107(0,0),,SCO) 2089103000003
COMMENT .SPIN CUT OFF PARAMETER CALCULATED FROM RATIO OF 2089103000004
MEASURED PD-108(N,2N)PD-107-M AND CALCULATED 2089103000005
PD-108(N,2N)PD-107-G CROSS SECTIONS USING THE 2089103000006
FORMALISM OF HUIZENGA-VANDENBOSCH. 2089103000007
STATUS .TABLE 3. 2089103000008
HISTORY (790418C) 2089103000009
(790528E) 2089103000010
(800916A) REACTION REVISED. 2089103000011
(801015E) 2089103000012
ENDBIB 10 0 2089103000013
NOCOMMON 0 0 2089103000014
DATA 2 1 2089103000015
DATA DATA-ERR 2089103000016
NO-DIM NO-DIM 2089103000017
2.8000E+00 5.0000E-01 2089103000018
ENDDATA 3 0 2089103000019
ENDSUBENT 18 0 2089103099999
SUBENT 20891031 19840227 00002089103100001
BIB 3 9 2089103100002
REACTION (46-PD-109(0,0),,SCO) 2089103100003
COMMENT .SPIN CUT OFF PARAMETER CALCULATED FROM ISOMERIC 2089103100004
CROSS SECTION RATIO FOR PD-110(N,2N) (MEASURED 2089103100005
IN A PREVIOUS WORK- J,ZP,207,132,(1967)) USING 2089103100006
THE HUIZENGA-VANDENBOSCH FORMALISM. 2089103100007
HISTORY (790418C) 2089103100008
(790528E) 2089103100009
(800730A) 2089103100010
(800808E) 2089103100011
ENDBIB 9 0 2089103100012
NOCOMMON 0 0 2089103100013
DATA 2 1 2089103100014
DATA DATA-ERR 2089103100015
NO-DIM NO-DIM 2089103100016
3.0000E+00 5.0000E-01 2089103100017
ENDDATA 3 0 2089103100018
ENDSUBENT 17 0 2089103199999
SUBENT 20891032 19840227 00002089103200001
BIB 4 9 2089103200002
REACTION (47-AG-106(0,0),,SCO) 2089103200003
COMMENT .SPIN CUT OFF PARAMETER CALCULATED FROM MEASURED 2089103200004
ISOMERIC CROSS SECTION RATIO FOR 47-AG-107(N,2N) 2089103200005
USING THE HUIZENGA-VANDENBOSCH FORMALISM. 2089103200006
STATUS .TABLE 3. 2089103200007
HISTORY (790418C) 2089103200008
(790528E) 2089103200009
(800916A) REACTION REVISED. 2089103200010
(801015E) 2089103200011
ENDBIB 9 0 2089103200012
NOCOMMON 0 0 2089103200013
DATA 2 1 2089103200014
DATA DATA-ERR 2089103200015
NO-DIM NO-DIM 2089103200016
2.8000E+00 5.0000E-01 2089103200017
ENDDATA 3 0 2089103200018
ENDSUBENT 17 0 2089103299999
SUBENT 20891033 19840227 00002089103300001
BIB 4 10 2089103300002
REACTION (47-AG-108(0,0),,SCO) 2089103300003
COMMENT .SPIN CUT OFF PARAMETER CALCULATED FROM RATIO OF 2089103300004
MEASURED AG-109(N,2N)AG-108-G AND CALCULATED 2089103300005
AG-109(N,2N)AG-108-M CROSS SECTIONS USING THE 2089103300006
FORMALISM OF HUIZENGA-VANDENBOSCH. 2089103300007
STATUS .TABLE 3. 2089103300008
HISTORY (790418C) 2089103300009
(790528E) 2089103300010
(800916A) REACTION REVISED. 2089103300011
(801015E) 2089103300012
ENDBIB 10 0 2089103300013
NOCOMMON 0 0 2089103300014
DATA 2 1 2089103300015
DATA DATA-ERR 2089103300016
NO-DIM NO-DIM 2089103300017
4.0000E+00 5.0000E-01 2089103300018
ENDDATA 3 0 2089103300019
ENDSUBENT 18 0 2089103399999
ENDENTRY 33 0 2089199999999