/*===================================================================*/ /* NRDF D0137 Data No.1 */ /*===================================================================*/ /* Bibliography */ /*===================================================================*/ \\BIB,1; D#=D137; TITLE=/LOW-LYING LEVELS IN 120SB STUDIED WITH THE 120SN(P,N GAMMA) REACTION/; PURPOSE=/TO STUDY THE LEVEL STRUCTURE OF 120SB EMPLOYING A VARIETY OF EXPERIMENTAL TECHNIQUES/; ATH=(M.ADACHI'1',T.MATSUZAKI'1',H.TAKETANI'1'); INST-ATH=(2JPNTIT'1'); REF=NP/A; VLP=314(1979)80; RCTS=(120SN(P,N,GAMMA)120SB); /*===================================================================*/ /* Experimental Conditions */ /*===================================================================*/ \\EXP,1; RCT=120SN(P,N,GAMMA)120SB; ENR=98.4%; CHM=ELM; THK-TGT=7.6[9.5MG/CM**2; BAC=SELF; POL-TGT=NO; ALGN-TGT=NO; ACC=(VDG); INST-ACC=2JPNINS; INC-ENGY-RANGE=3.40MEV(4.10MEV)0.05MEV; DELTA-INC-ENGY=XKEV; ERS-PRJ=XKEV; BEAM-INTNSTY=XUA; DET-PARTCL=(GAMMA); DET-SYS=(GE'A'); /* 'A'LEPS,ORTEC */ SOLID-ANGL=XMSR; ERS-DET=0.568[122KEV; ANL=(OPT-MODEL,STATIST-MODEL); PHQ=(XSECTN,EXC-FUNCT,ANGL-DSTRN,ENGY-SPEC,XSECTN-LEVEL,POL,LIFE,SPIN, PTY,GAMMA-BRANCHING); /*===================================================================*/ /* Descriptive Parameters */ /*===================================================================*/ \\DATA,1; /*===================================================================*/ /* Data Table */ /*===================================================================*/ \DATA; INT-ENGY FINAL-ENGY GAMMA-ENGY DATA1 INT-J-PI FINAL-J-PI DATA2 POL'A' (KEV) (KEV) (KEV) (NODIM) (NODIM) (NODIM) (NODIM) (NODIM) 78.15 8.37 69.79 100 3+ 2- -0.05+-0.10,4.7+9.6-1.6 149.29 78.15 71.14 100 3+ 3+ 0.12+-0.12,-1.7+0.4-0.5 166.05 8.37 157.68 100 3- 2- 0+-0.09,4.0+3.1-1.3 192.64 0 192.64 24+-1 2+ 1+ 0.09+-0.21,2.1+1.9-0.9 192.64 78.15 114.49 76+-1 2+ 3+ 0+-0.04 233.06 0 233.09 73+-2 2+ 1+ 0.07+-0.12,2.2+0.9-0.7 233.06 78.15 154.94 24+-1 2+ 3+ -0.16+-0.16,4.7+18-2.2 233.66 149.29 83.72 3+-1 2+ 3+ X 243.80 78.15 165.64 53+-4 4 3+ 0+-0.18,5.7+21-3.1 243.80 149.29 94.51 47+-4 4 3+ 0+-0.11,5.7+11-2.5 260.29 8.37 251.92 100 3- 2- -0.07+-0.05 261.68 166.05 95.63 100 4 3- 0+0.18-0.18,>2.5 334.07 149.29 184.78 100 4 3+ -0.05+-0.12 341.14 243.80 97.34 100 5 4 -0.07+-0.12 343.21 166.05 177.16 100 4 3- X 390.31 192.64 197.76 72+-11 2,3+ 2+ X 390.31 233.06 157.22 14+-3 2,3+ 2+ X 390.31 243.80 146.42 14+-3 2,3+ 4 2+,X,2-,<0.3,>0.9,3+,<0.36,>1.9 437.68 0 437.78 9+-2 1,2 1+ X 437.68 149.29 288.42 64+-5 1,2 3+ 1+,>0.84,<0.19,1-X,2+,X,2-,X 437.68 166.05 271.48 15+-2 1,2 3- X 437.68 192.64 245.06 12+-2 1,2 2+ 1,2,X 447.68 0 447.65 31+-3 1(+) 1+ 1+,<0.38,>2.7,1-,<-7,X 447.68 8.37 439.30 18+-2 1(+) 2- X 447.68 78.15 369.59 10+-3 1(+) 3+ X 447.68 192.64 255.03 31+-3 1(+) 2+ 1+,X,1-,X 447.68 233.06 214.60 10+-1 1(+) 2+ X X X X -0.362+-0.148 X -0.233+-0.037 X X X X -0.507+-0.111 X X X X X X X X -0.087+-0.090 X X -0.013+-0.098 X X X X \END; /*===================================================================*/ |