ENTRY K2373 20161121 K017K237300000001 SUBENT K2373001 20161121 K017K237300100001 BIB 15 39 K237300100002 TITLE Resonant photonuclear reactions for isotope K237300100003 transmutation K237300100004 AUTHOR (H.Ejiri, T.Shima, S.Miyamoto, K.Horikawa, Y.Kitagawa, K237300100005 Y.Asano, S.Date, Y.Ohashi) K237300100006 INSTITUTE (2JPNOSA) Research Center for Nuclear Physics K237300100007 (3CZRCTI) Nuclear Science K237300100008 (2JPNHIT) Laboratory of Advanced Science and K237300100009 Technology for Industry K237300100010 (2JPNIPC) RIKEN/XFEL SPring-8, Sayo K237300100011 (2JPNJSR) K237300100012 REFERENCE (J,JPJ,80,094202,2011) K237300100013 MONITOR ((MONIT)79-AU-197(G,N)79-AU-196,,SIG) K237300100014 MONIT-REF ((MONIT)L0021001,A.Veyssiere+,J,NP/A,159,561,1970) K237300100015 INC-SOURCE Beam intensity: of the order of 10e+6 pps K237300100016 (LCS) 1.064 micro-meter Nd:YAG4 lasers were used. K237300100017 SAMPLE - Target is natural. K237300100018 - Chemical-form of target is element. K237300100019 - Physical-form of target is solid. K237300100020 - Target-thickness: 30 gr/cm2 K237300100021 METHOD (ACTIV) irradiated for 8.89 h K237300100022 (GSPEC) K237300100023 FACILITY (ESTRG,2JPNJSR) NewSUBARU K237300100024 DETECTOR (HPGE) to detect delayed gamma rays from 99Mo and K237300100025 196Au K237300100026 (NAICR) to detect relative spectrum for incident K237300100027 photons K237300100028 CORRECTION Assumption of the 3% contribution to the 99Mo K237300100029 production from the (g,p) channel was used to estimate K237300100030 the effective cross section of 99Mo. K237300100031 REL-REF (R,,B.B.Firestone+,B,FIRESTONE,,1996) K237300100032 gamma ray branching ratio for 99Mo K237300100033 (R,,Z.Chunmei+,J,NDS,83,145,1998) K237300100034 gamma ray branching ratio for 99Mo K237300100035 (R,,J.K.Tuli+,J,NDS,93,1,2001) K237300100036 gamma ray branching ratio for 99Mo K237300100037 STATUS (TABLE) Text (p094202-5) of K237300100038 J.Phys.Soc.Jpn.80(2011)094202. K237300100039 HISTORY (20130926C) A. Makinaga K237300100040 (20160823A) SE modify SUBENT002 K237300100041 ENDBIB 39 0 K237300100042 COMMON 3 3 K237300100043 EN-MIN EN-MAX EN-RSL K237300100044 MEV MEV MEV K237300100045 12. 16. 4. K237300100046 ENDCOMMON 3 0 K237300100047 ENDSUBENT 46 0 K237300199999 SUBENT K2373002 20161121 K017K237300200001 BIB 5 7 K237300200002 REACTION (42-MO-100(G,N)42-MO-99,,SIG) K237300200003 DECAY-DATA (42-MO-99,66.HR,DG,181.,, K237300200004 DG,739.5) K237300200005 DECAY-MON (79-AU-196-G,6.18D,DG,355.5) K237300200006 ERR-ANALYS (DATA-ERR) No information on source of uncertainties K237300200007 HISTORY (20160823A) SE modify DECAY-DATA in 79-AU-196-G to K237300200008 DECAY-MON K237300200009 ENDBIB 7 0 K237300200010 COMMON 2 3 K237300200011 MONIT MONIT-ERR K237300200012 B B K237300200013 0.365 0.012 K237300200014 ENDCOMMON 3 0 K237300200015 DATA 2 1 K237300200016 DATA DATA-ERR K237300200017 B B K237300200018 0.106 0.020 K237300200019 ENDDATA 3 0 K237300200020 ENDSUBENT 19 0 K237300299999 ENDENTRY 2 0 K237399999999