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| /*===================================================================*/
/* NRDF D1676 Data No.8 */
/*===================================================================*/
/* Bibliography */
/*===================================================================*/
\\BIB,8;
D#=D1676;
TITLE=/BETA DECAYS OF 128CE AND 128LA/;
ATH=(T.HAYAKAWA'1,2',T.KOMATSUBARA'1',J.LU'1',J.MUKAI'1,3',
K.FURUNO'1');
INST-ATH=(2JPNTSU'1');
/*@12@*/
/*@13@*/
REF=ZP/A;
VLP=358(1997)15;
RCTS=(103RH(28SI,P,2*N)128CE,103RH(28SI,2*P,N)128LA,
115IN(16O,3*N)128LA);
PHQS=(EXT-ENGY,ENGY-GAMMA,INTNSTY-GAMMA,HALF-LIFE,TIME,COUNT'21',
DATA1'22',J-PTY,INTNSTY'23',DATA2'24',DATA3'25');
/*@31@*/
/*@32@*/
/*@33@*/
/*@34@*/
/*@35@*/
/*===================================================================*/
/* Experimental Conditions */
/*===================================================================*/
\\EXP,8;
/* 2006-02-26 N.OTUKA ENGY-EMT1 -> ENGY-GAMMA in DATA,2-7 */
/* 2013-12-06 M.AIKAWA added a comma in ATH */
RCT=103RH(28SI,2*P.N)128LA;
RTY=(X'26');
/*@36@*/
RCT=115IN(16O,3*N)128LA;
RTY=(X'26');
/*@36@*/
ENR=NAT;
CHM=ELM;
PHYS-FORM=SLD;
THK-TGT=1.24MG/CM**2;
BAC=SELF;
ENR=NAT;
CHM=ELM;
PHYS-FORM=SLD;
THK-TGT=2.7MG/CM**2;
BAC=SELF;
ACC=(X'27');
/*@37@*/
INST-ACC=2JPNTSU;
INC-ENGY-LAB=(105MEV,61MEV,65MEV,69MEV,73MEV);
DET-PARTCL=(GAMMA);
COINC=GAMMA;
ANT-COINC=NO;
DET-SYS=(GE'28',X'29');
/*@38@*/
/*@39@*/
ERS-DET=2.0KEV'41';
/*@51@*/
EFCN-DET=/@23 and 28 % AT 1.33MEV@/;
PHQ=(EXC-ENGY,ENGY-GAMMA,DATA1'22',J-PTY);
/*===================================================================*/
/* Descriptive Parameters */
/*===================================================================*/
\\DATA,8;
INC-ENGY-LAB=XMEV;
EMT-1=GAMMA;
RSD=128BA;
NORM=/@RELATIVE INTNENSITIES (INTENSITY OF 284KEV=100)@/;
/*===================================================================*/
/* Data Table */
/*===================================================================*/
\DATA;
EXC-ENGY ENGY-GAMMA INTNSTY-GAMMA'82' DATA1'22'
(KEV) (KEV) (%) (NODIM)
284.1 284.1 100.0(4) E2
763.1 479.3 58.3(2) E2
884.5 600.4 10.9(1) M1/E2
X 884.3 8.11(8) E2
1324.2 440.0 2.17(4) M1/E2
X 561.2 0.99(3) M1/E2
X 1040.1 10.3(1) M1/E2
1372.0 487.8 10.9(1) E2
X 609.0 8.61(7) M1/E2
X 1087.9 8.75(9) E2
1406.7 643.6 15.1(1) E2
1799.3 427.2 0.80(4) X
X 475.1 1.08(5) X
X 914.8 3.14(5) X
X 1036.0 1.69(5) X
X 1514.6 0.68(4) X
1832.9 1070.1 4.77(7) X
X 1548.8 1.57(4) X
1931.0 606.8 2.21(4) X
X 1167.5 1.62(5) X
1939.0 531.3 0.40(5)'81' X
X 567.0 4.08(6) E2
X 1175.7 1.21(4) X
2009.0 1724.9 0.61(5) X
2038.3 715.5 0.50(5) X
X 1154.3 0.40(4) X
X 1754.2 1.12(5) X
2038.7 632.5 6.23(6) X
X 1275.6 4.76(7) X
2174.7 1411.6 3.75(7) X
2201.9 1318.0 0.69(5) X
X 1439.1 1.58(5) X
X 1917.8 1.16(5) X
2244.8 1481.7 0.57(5) X
2395.5 988.8 1.71(6) X
2412.4 1005.7 1.16(5) X
2424.9 249.8 0.38(4) X
X 386.0 1.81(4) X
X 494.1 1.24(3) X
X 591.8 1.00(4) X
X 626.0 3.86(5) X
X 1052.9 10.0(1) (M1/E2 OR E1)
X 1100.7 4.76(7) X
X 1660.9 0.98(5) X
2450.3 412.0 1.06(4) X
X 1078.8 1.78(5) X
X 1687.2 0.51(4) X
2530.5 491.7 0.57(3) X
X 1123.8 1.17(6) X
2570.0 531.3 0.40(5)'81' X
X 1163.5 0.75(4) X
2625.7 451.2 0.29(6) X
X 587.0 0.87(5) X
2626.7 793.8 1.83(15) X
X 1302.1 1.35(4) X
2669.3 1906.2 0.57(4) X
2720.7 682.0 0.62(5) X
2848.3 673.1 0.35(4) X
X 1049.0 0.19(8) X
2877.1 482.5 0.77(3) X
X 838.7 1.06(6) X
X 938.8 2.66(5) X
X 1505.1 3.67(7) (E2 OR E1)
2929.0 1096.1 0.64(4) X
2976.6 774.7 1.32(4) X
X 1046.4 0.22(6) X
X 1143.8 1.45(5) X
X 1604.7 1.43(6) X
X 1652.6 0.45(4) X
3116.7 1710.0 0.31(4) X
\END;
/*===================================================================*/
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