ENTRY 23811 20210616 23012381100000001 SUBENT 23811001 20210616 23012381100100001 BIB 7 13 2381100100002 TITLE Search for A=60 fragments from neutron induced fission2381100100003 AUTHOR (A.Elhardt,T.Fastermann,K.Knie,G.Korschinek,G.Rugel, 2381100100004 C.Lierse,A.Stippschild) 2381100100005 REFERENCE (R,BLM-JB-1997,49,1998) 2381100100006 INSTITUTE (2GERMUN) 2381100100007 FACILITY (REAC,2GERMUN) FRM reactor 2381100100008 HISTORY (20210616C) M.M. 2381100100009 COMMENT Of authors. 2381100100010 Fe-59 capture cross-section was measured to take it's 2381100100011 contribution in U-235(N,F)Fe-60 fission yield (FY upper2381100100012 limit was determined to be 1.E-10, what was derived 2381100100013 from measured (2.0+-0.5)*10))-10 value of Fe60/Fe 2381100100014 concentration, produced in reactor plant fuel). 2381100100015 ENDBIB 13 0 2381100100016 COMMON 1 3 2381100100017 EN-DUMMY 2381100100018 EV 2381100100019 0.0253 2381100100020 ENDCOMMON 3 0 2381100100021 ENDSUBENT 20 0 2381100199999 SUBENT 23811002 20210616 23012381100200001 BIB 7 14 2381100200002 REACTION (26-FE-59(N,G)26-FE-60,,SIG,,SPA) 2381100200003 INC-SOURCE (REAC) 2381100200004 INC-SPECT FRM reactor spectrum. 2381100200005 Neutron flux 1.9E+13 /cm2/sec was determined from Fe-592381100200006 activity. 2381100200007 SAMPLE 1.07 mg of iron enriched to 58.4 % in Fe-58. 2381100200008 METHOD Fe-59 capture cross section was determined via double 2381100200009 neutron capture on Fe-58. 2381100200010 Irradiation time 24 hr in FRM reactor. 2381100200011 Measured concentration of Fe-60/Fe-58 2381100200012 (1.0+-0.2)*10**-11. 2381100200013 ERR-ANALYS (DATA-ERR) Type of uncertainty is not explained in the 2381100200014 article. 2381100200015 STATUS (TABLE) Text page 49 of BLM-JB-1997,p.49,1998 2381100200016 ENDBIB 14 0 2381100200017 NOCOMMON 0 0 2381100200018 DATA 2 1 2381100200019 DATA DATA-ERR 2381100200020 B B 2381100200021 7.0 1.4 2381100200022 ENDDATA 3 0 2381100200023 ENDSUBENT 22 0 2381100299999 ENDENTRY 2 0 2381199999999