ENTRY            G0010   20060729                             G014G001000000001 
SUBENT        G0010001   20060729                             G014G001000100001 
BIB                 14         33                                 G001000100002 
TITLE      Cross section measurement for the Cu-63(gamma,n)Cu-62  G001000100003 
           reaction                                               G001000100004 
AUTHOR     (S.C.Jeong,J.C.Kim,B.N.Sung)                           G001000100005 
INSTITUTE  (3KORNSU)                                              G001000100006 
REFERENCE  (J,KPS,17,(4),359,198412)                              G001000100007 
SAMPLE     a natural copper disk (69% rel. ab. of Cu-63)          G001000100008 
FACILITY   no information                                         G001000100009 
INC-SOURCE (P-LI7) 17.6 and 14.7 MeV gamma rays were produced     G001000100010 
           at 441 keV resonance.                                  G001000100011 
INC-SPECT  the intensity ratio of the 17.6 and 14.7 gamma-        G001000100012 
           rays bombarding the copper disk was 2.2 /1.0           G001000100013 
METHOD     (ACTIV) the copper disk was irradiated about 20        G001000100014 
           minutes (two times the half life of Cu-62) in order    G001000100015 
           the number of Cu-62 nuclei in the disk to be           G001000100016 
           saturated.                                             G001000100017 
DETECTOR   (NAICR) a NaI(Tl) scintillator detector to monitor     G001000100018 
           the gamma-radiation from the Li-7(p,g) reaction        G001000100019 
           and to detect residual activity of Cu-62.              G001000100020 
           the irradiated copper disk was attached to the         G001000100021 
           front surface of the detector.                         G001000100022 
ANALYSIS   (DECAY) the saturated number of Cu-62 nuclei was       G001000100023 
           determined from the number of 511 keV gamma-rays       G001000100024 
           accumulated for 800 sec, 30 minutes after the irra-    G001000100025 
           diation was turned off. from this number, the number   G001000100026 
           of Cu-63 per unit area, the number of gamma-rays       G001000100027 
           bombarding the disk per second, and the decay constant G001000100028 
           of Cu-62, the cross section was determined.            G001000100029 
CORRECTION corrections were made for self absorption of cu for    G001000100030 
           the 511 keV gamma's                                    G001000100031 
STATUS     (TABLE)data are taken from the text of                 G001000100032 
                  J,KPS,17,(4),359,1984.                          G001000100033 
HISTORY    (19920129)HW                                           G001000100034 
           (20060728A) BIB section updated                        G001000100035 
ENDBIB              33          0                                 G001000100036 
NOCOMMON             0          0                                 G001000100037 
ENDSUBENT           36          0                                 G001000199999 
SUBENT        G0010002   20060729                             G014G001000200001 
BIB                  2          2                                 G001000200002 
REACTION   (29-CU-63(G,N)29-CU-62,,SIG)                           G001000200003 
DECAY-DATA (29-CU-62,9.8MIN,AR,511.,2.)                           G001000200004 
ENDBIB               2          0                                 G001000200005 
COMMON               2          3                                 G001000200006 
EN-MIN     EN-MAX                                                 G001000200007 
MEV        MEV                                                    G001000200008 
14.7       17.6                                                   G001000200009 
ENDCOMMON            3          0                                 G001000200010 
DATA                 2          1                                 G001000200011 
DATA       DATA-ERR                                               G001000200012 
MB         MB                                                     G001000200013 
46.        6.                                                     G001000200014 
ENDDATA              3          0                                 G001000200015 
ENDSUBENT           14          0                                 G001000299999 
ENDENTRY             2          0                                 G001099999999