/*===================================================================*/ /* NRDF D1411 Data No.148 */ /*===================================================================*/ /* Bibliography */ /*===================================================================*/ \\BIB,148; D#=D1411; TITLE=/ Mass yield curves in low-energy proton-induced fission of 233U, 235U, 236U, 237Np, 239Pu, 242Pu, 244Pu, 241Am, and 243Am PURPOSE=/ The aim is to study more extensively the systematic variation of mass yield curves as a function of the (Z,N) of the fissioning nucleus and excitation energy in order to elucidate how strongry some basic physical quantities affect the mass division in fission. /; ATH=(T.OHTSUKI'1,2', Y.NAGAME'2', K.TSUKADA'1', N.SHINOHARA'2', S.BABA'2', K.HASHIMOTO'2', I.NISHINAKA'1', K.SUEKI'1', Y.HATSUKAWA'2', K.HATA'2', T.SEKINE'2', I.KANNO'2', H.IKEZOE'2', H.NAKAHARA'1'); INST-ATH=(2JPNTMU'1', 2JPNJAE'2'); /* '1' Department of Chemistry */ REF=PR/C; VLP=44(1991)1405; /* Secondary references - PR/C, 40(1989)2144 (Preliminary results) - PR/C, 48(1993)1667 (Systematic analysis) RCTS=(233U(P,FISSN), 235U(P,FISSN), 236U(P,FISSN), 239PU(P,FISSN), 242PU(P,FISSN), 244PU(P,FISSN), 241AM(P,FISSN), 243AM(P,FISSN), 237NP(P,FISSN), 233U(P,FISSN)85KR, 233U(P,FISSN)87KR, 233U(P,FISSN)88KR, 233U(P,FISSN)91SR, 233U(P,FISSN)92SR, 233U(P,FISSN)93Y, 233U(P,FISSN)95ZR, 233U(P,FISSN)97ZR, 233U(P,FISSN)99MO, 233U(P,FISSN)103RU, 233U(P,FISSN)105RH, 233U(P,FISSN)112PD, 233U(P,FISSN)113AG, 233U(P,FISSN)115CD, 233U(P,FISSN)117CD, 233U(P,FISSN)126SB, 233U(P,FISSN)127SB, 233U(P,FISSN)128SB, 233U(P,FISSN)129SB, 233U(P,FISSN)130I, 233U(P,FISSN)131I, 233U(P,FISSN)132TE, 233U(P,FISSN)133I, 233U(P,FISSN)135I, 233U(P,FISSN)136CS, 233U(P,FISSN)139BA, 233U(P,FISSN)140BA, 233U(P,FISSN)141CE, 233U(P,FISSN)142LA, 233U(P,FISSN)143CE, 233U(P,FISSN)149ND, 233U(P,FISSN)153SM, 235U(P,FISSN)85KR, 235U(P,FISSN)87KR, 235U(P,FISSN)88KR, 235U(P,FISSN)91SR, 235U(P,FISSN)92SR, 235U(P,FISSN)93Y, 235U(P,FISSN)95ZR, 235U(P,FISSN)97ZR, 235U(P,FISSN)99MO, 235U(P,FISSN)103RU, 235U(P,FISSN)105RH, 235U(P,FISSN)111AG, 235U(P,FISSN)112PD, 235U(P,FISSN)113AG, 235U(P,FISSN)115CD, 235U(P,FISSN)117CD, 235U(P,FISSN)126SB, 235U(P,FISSN)127SB, 235U(P,FISSN)128SB, 235U(P,FISSN)129SB, 235U(P,FISSN)130I, 235U(P,FISSN)131I, 235U(P,FISSN)132TE, 235U(P,FISSN)133I, 235U(P,FISSN)135I, 235U(P,FISSN)136CS, 235U(P,FISSN)139BA, 235U(P,FISSN)140BA, 235U(P,FISSN)141CE, 235U(P,FISSN)142LA, 235U(P,FISSN)143CE, 235U(P,FISSN)149ND, 235U(P,FISSN)151PM, 235U(P,FISSN)153SM, 236U(P,FISSN)85KR, 236U(P,FISSN)87KR, 236U(P,FISSN)88KR, 236U(P,FISSN)91SR, 236U(P,FISSN)92SR, 236U(P,FISSN)93Y, 236U(P,FISSN)95ZR, 236U(P,FISSN)97ZR, 236U(P,FISSN)99MO, 236U(P,FISSN)103RU, 236U(P,FISSN)105RH, 236U(P,FISSN)111AG, 236U(P,FISSN)112PD, 236U(P,FISSN)113AG, 236U(P,FISSN)115CD, 236U(P,FISSN)117CD, 236U(P,FISSN)126SB, 236U(P,FISSN)127SB, 236U(P,FISSN)128SB, 236U(P,FISSN)129SB, 236U(P,FISSN)130I, 236U(P,FISSN)131I, 236U(P,FISSN)132TE, 236U(P,FISSN)133I, 236U(P,FISSN)135I, 236U(P,FISSN)136CS, 236U(P,FISSN)139BA, 236U(P,FISSN)140BA, 236U(P,FISSN)141CE, 236U(P,FISSN)142LA, 236U(P,FISSN)143CE, 236U(P,FISSN)149ND, 236U(P,FISSN)151PM, 236U(P,FISSN)153SM, 237NP(P,FISSN)85KR, 237NP(P,FISSN)87KR, 237NP(P,FISSN)88KR, 237NP(P,FISSN)91SR, 237NP(P,FISSN)92SR, 237NP(P,FISSN)93Y, 237NP(P,FISSN)95ZR, 237NP(P,FISSN)97ZR, 237NP(P,FISSN)99MO, 237NP(P,FISSN)103RU, 237NP(P,FISSN)105RH, 237NP(P,FISSN)111AG, 237NP(P,FISSN)112PD, 237NP(P,FISSN)113AG, 237NP(P,FISSN)115CD, 237NP(P,FISSN)117CD, 237NP(P,FISSN)126SB, 237NP(P,FISSN)127SB, 237NP(P,FISSN)128SB, 237NP(P,FISSN)129SB, 237NP(P,FISSN)130I, 237NP(P,FISSN)131I, 237NP(P,FISSN)132TE, 237NP(P,FISSN)133I, 237NP(P,FISSN)135I, 237NP(P,FISSN)136CS, 237NP(P,FISSN)139BA, 237NP(P,FISSN)140BA, 237NP(P,FISSN)141CE, 237NP(P,FISSN)142LA, 237NP(P,FISSN)143CE, 237NP(P,FISSN)149ND, 237NP(P,FISSN)151PM, 237NP(P,FISSN)153SM, 239PU(P,FISSN)85KR, 239PU(P,FISSN)87KR, 239PU(P,FISSN)88KR, 239PU(P,FISSN)91SR, 239PU(P,FISSN)92SR, 239PU(P,FISSN)93Y, 239PU(P,FISSN)95ZR, 239PU(P,FISSN)97ZR, 239PU(P,FISSN)99MO, 239PU(P,FISSN)103RU, 239PU(P,FISSN)105RH, 239PU(P,FISSN)111AG, 239PU(P,FISSN)112PD, 239PU(P,FISSN)113AG, 239PU(P,FISSN)115CD, 239PU(P,FISSN)117CD, 239PU(P,FISSN)126SB, 239PU(P,FISSN)127SB, 239PU(P,FISSN)128SB, 239PU(P,FISSN)129SB, 239PU(P,FISSN)130I, 239PU(P,FISSN)131I, 239PU(P,FISSN)132TE, 239PU(P,FISSN)133I, 239PU(P,FISSN)135I, 239PU(P,FISSN)136CS, 239PU(P,FISSN)139BA, 239PU(P,FISSN)140BA, 239PU(P,FISSN)141CE, 239PU(P,FISSN)142LA, 239PU(P,FISSN)143CE, 239PU(P,FISSN)149ND, 239PU(P,FISSN)151PM, 242PU(P,FISSN)85KR, 242PU(P,FISSN)87KR, 242PU(P,FISSN)88KR, 242PU(P,FISSN)91SR, 242PU(P,FISSN)92SR, 242PU(P,FISSN)93Y, 242PU(P,FISSN)95ZR, 242PU(P,FISSN)97ZR, 242PU(P,FISSN)99MO, 242PU(P,FISSN)103RU, 242PU(P,FISSN)105RH, 242PU(P,FISSN)112PD, 242PU(P,FISSN)113AG, 242PU(P,FISSN)115CD, 242PU(P,FISSN)117CD, 242PU(P,FISSN)127SB, 242PU(P,FISSN)129SB, 242PU(P,FISSN)130I, 242PU(P,FISSN)131I, 242PU(P,FISSN)132TE, 242PU(P,FISSN)133I, 242PU(P,FISSN)135I, 242PU(P,FISSN)136CS, 242PU(P,FISSN)139BA, 242PU(P,FISSN)140BA, 242PU(P,FISSN)141CE, 242PU(P,FISSN)142LA, 242PU(P,FISSN)143CE, 242PU(P,FISSN)149ND, 242PU(P,FISSN)151PM, 242PU(P,FISSN)153SM, 244PU(P,FISSN)85KR, 244PU(P,FISSN)87KR, 244PU(P,FISSN)88KR, 244PU(P,FISSN)91SR, 244PU(P,FISSN)92SR, 244PU(P,FISSN)93Y, 244PU(P,FISSN)95ZR, 244PU(P,FISSN)97ZR, 244PU(P,FISSN)99MO, 244PU(P,FISSN)103RU, 244PU(P,FISSN)105RH, 244PU(P,FISSN)111AG, 244PU(P,FISSN)112PD, 244PU(P,FISSN)113AG, 244PU(P,FISSN)115CD, 244PU(P,FISSN)117CD, 244PU(P,FISSN)126SB, 244PU(P,FISSN)127SB, 244PU(P,FISSN)128SB, 244PU(P,FISSN)129SB, 244PU(P,FISSN)130I, 244PU(P,FISSN)131I, 244PU(P,FISSN)132TE, 244PU(P,FISSN)133I, 244PU(P,FISSN)135I, 244PU(P,FISSN)139BA, 244PU(P,FISSN)140BA, 244PU(P,FISSN)141CE, 244PU(P,FISSN)142LA, 244PU(P,FISSN)143CE, 244PU(P,FISSN)149ND, 244PU(P,FISSN)151PM, 244PU(P,FISSN)153SM, 241AM(P,FISSN)85KR, 241AM(P,FISSN)87KR, 241AM(P,FISSN)88KR, 241AM(P,FISSN)91SR, 241AM(P,FISSN)92SR, 241AM(P,FISSN)93Y, 241AM(P,FISSN)95ZR, 241AM(P,FISSN)97ZR, 241AM(P,FISSN)99MO, 241AM(P,FISSN)103RU, 241AM(P,FISSN)105RH, 241AM(P,FISSN)111AG, 241AM(P,FISSN)112PD, 241AM(P,FISSN)113AG, 241AM(P,FISSN)115CD, 241AM(P,FISSN)117CD, 241AM(P,FISSN)126SB, 241AM(P,FISSN)127SB, 241AM(P,FISSN)128SB, 241AM(P,FISSN)131I, 241AM(P,FISSN)132TE, 241AM(P,FISSN)133I, 241AM(P,FISSN)135I, 241AM(P,FISSN)136CS, 241AM(P,FISSN)139BA, 241AM(P,FISSN)140BA, 241AM(P,FISSN)141CE, 241AM(P,FISSN)142LA, 241AM(P,FISSN)143CE, 241AM(P,FISSN)149ND, 241AM(P,FISSN)151PM, 241AM(P,FISSN)153SM, 243AM(P,FISSN)85KR, 243AM(P,FISSN)87KR, 243AM(P,FISSN)91SR, 243AM(P,FISSN)92SR, 243AM(P,FISSN)93Y, 243AM(P,FISSN)97ZR, 243AM(P,FISSN)99MO, 243AM(P,FISSN)103RU, 243AM(P,FISSN)105RH, 243AM(P,FISSN)112PD, 243AM(P,FISSN)113AG, 243AM(P,FISSN)115CD, 243AM(P,FISSN)127SB, 243AM(P,FISSN)129SB, 243AM(P,FISSN)131I, 243AM(P,FISSN)132TE, 243AM(P,FISSN)133I, 243AM(P,FISSN)135I, 243AM(P,FISSN)139BA, 243AM(P,FISSN)140BA, 243AM(P,FISSN)141CE, 243AM(P,FISSN)142LA, 243AM(P,FISSN)143CE, 243AM(P,FISSN)149ND, 243AM(P,FISSN)153SM); PHQS=XSECTN; /*===================================================================*/ /* Experimental Conditions */ /*===================================================================*/ \\EXP,148; /* 2003-11-12 : Converted, Am + On. Data converted to EXFOR E1411 and EXFOR O0590 */ /* 2010-04-01 : Altered, Nf. 006 corrected */ RTY=FISSN; PHQ=XSECTN; /* Additional results shown but not compiled - Comparison with calculated values (The weighted mean mass number of the light and heavy asymmetric peak, the FWHM of the heavier asymmetric peak, the peak-to-valley ratio.) CHM=ELM; PHYS-FORM=SLD; THK-TGT=0.1[0.3MG/CM**2; BAC=AL'4'; /* '4' Each target was wrapped with a sheet of Al thick enough for stopping all fission products. */ POL-TGT=0%; ALGN-TGT=0%; ACC=(VDGT'5',CYC'6'); INST-ACC=(2JPNJAE'5',2JPNINS'6'); BEAM-INTNSTY=1[2UA'7'; /* '7' Their uncertainties were estimated to be about 5-10%. */ POL-PRJ=0%; COINC=NO; ANT-COINC=NO; DET-SYS=HPGE; /* Experimental Method: - Stacked target irradiation - Beam current integrated (The beam currents were typically 1-2 micro-A.) - Activation (The targets were bombarded for periods of 30-min to 2-hours.) RCT=239PU(P,FISSN)85KR; ENR=>99.0%; INC-ENGY-LAB-RANGE=10[16MEV; DET-PARTCL=GAMMA'448'; /* '448' Delayed gamma from 85Kr (metastable state) */ /*===================================================================*/ /* Descriptive Parameters */ /*===================================================================*/ \\DATA,148; TOT-ERR=X%'449'; /* '449' The errors cited originate from the consideration of gamma-counting statistics and the half-life fitting for the decay of the photopeak area. */ ENGY-GAMMA=151.2KEV'450'; INTNSTY-GAMMA=0.746'450'; HALF-LIFE=4.48HOUR'450'; /* '450' Delayed gamma from 85Kr (metastable state) */ /*===================================================================*/ /* Data Table */ /*===================================================================*/ \DATA; INC-ENGY-LAB SIGMA DELTA-SIGMA (MEV) (MB) (MB) 11.2 0.26 +-0.11 12.2 0.89 +-0.07 13.0 1.36 +-0.11 13.9 2.30 +-0.13 14.6 3.44 +-0.13 15.5 3.66 +-0.20 \END; /*===================================================================*/ |