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/* NRDF D1540 Data No.8 */
/*===================================================================*/
/* Bibliography */
/*===================================================================*/
\\BIB,8;
D#=D1540;
TITLE=/ Energy levels of 60Co studied by the (d,p) reaction /;
PURPOSE=/ To obtain certain spectroscopic informations using the
DWBA analysis in place of the PWBA /;
ATH=(S.UEHARA'1');
INST-ATH=(2JPNKYU'1');
/* '1' Department of Physics */
REF=JPJ;
VLP=38(1975)936;
RCTS=(59CO(D,D)59CO, 59CO(D,P)60CO);
PHQS=(ANGL-DSTRN, SPEC-FCTR, OPT-POTL-PARA);
/*===================================================================*/
/* Experimental Conditions */
/*===================================================================*/
\\EXP,8;
/* 2005-09-15 : Converted, Tt + Sr + On. Converted to EXFOR E1540
/* 2005-11-07 : Altered, Ot + Sr. Re-digitized */
CHM=ELM;
PHYS-FORM=SLD;
THK-TGT=[0.06MG/CM**2;
BAC=C;
POL-TGT=0%;
ALGN-TGT=0%;
ACC=X'2';
/* '2' Accelerator, Electrostatic accelerator */
INST-ACC=2JPNKYU;
INC-ENGY-LAB=6.5MEV;
POL-PRJ=0%;
COINC=NO;
ANT-COINC=NO;
DET-SYS=(SBD'3',X'4');
/* '3' To detect particle emitted from reaction */
/* '4' Scattering chamber */
/* Experimental Method:
- Beam current integrated
RCT=59CO(D,P)60CO;
PHQ=SPEC-FCTR;
DET-PARTCL=P;
ERS-DET=18KEV'32';
/* '32' For 12 MeV protons */
/*===================================================================*/
/* Descriptive Parameters */
/*===================================================================*/
\\DATA,8;
INC-ENGY-LAB=6.5MEV;
SYS-ERR=10%'33';
/* '33' Total systematic error. Accuracy of absolute cross
section */
EMT=P;
/*===================================================================*/
/* Data Table */
/*===================================================================*/
\DATA;
EXC-ENGY'34' TRNSF-L SPEC-FCTR'35' DSIGMA/DOMEGA'36' FLAG'37'
(MEV) (NODIM) (NODIM) (MB/SR) (NODIM)
0 1 4.68 1.150 1.
0.059 1 2.53 0.640 1.
0.288 1 1.20 0.443 X
X 3 7.80 X X
0.437 3 5.24 0.180 X
0.508 1 1.39 0.363 1.
0.542 3 4.82 0.130 X
0.616 1 2.47 0.722 1.
0.742 3 1.66 0.055 X
0.788 1 1.76 0.524 1.
1.010 1 3.65 1.030 1.
1.220 1 0.22 0.156 X
X 3 3.33 X X
1.344 1 0.19 0.049 1.
1.390 1 0.29 0.215 X
X 3 5.50 X X
1.460 1 0.22 0.087 1.
1.524 1 0.46 0.165 1.
1.649 1 0.08 0.056 X
X 3 1.13 X X
1.717 X X 0.036 X
1.757 X X 0.020 X
1.813 3 16.90 0.500 X
1.857 1 0.35 0.124 1.
1.892 1 0.23 0.084 1.
1.926 1 0.14 0.060 1.
1.986 1 0.38 0.249 X
X 3 4.20 X X
2.037 1 0.14 0.078 X
X 3 1.14 X X
2.137 2 0.37 0.170 X
X 4 8.19 X X
2.227 0 0.09 0.061 X
2.282 1 0.58 0.230 1.
2.313 2 0.27 0.061 X
2.356 0 0.15 0.194 X
X 2 0.48 X X
2.432 X X 0.043 X
2.500 X X 0.030 X
2.531 X X 0.037 X
2.573 X X 0.034 X
2.600 2 0.47 0.110 X
2.660 X X 0.030 X
2.695 X X 0.036 X
2.766 0 0.19 0.215 X
X 2 0.26 X X
2.846 0 0.26 0.432 X
X 2 0.66 X X
2.886 0 0.23 0.197 X
3.007 2 0.54 0.140 X
3.061 X X 0.054 X
3.084 X X 0.083 X
3.117 X X 0.062 X
3.183 2 1.22 0.320 X
3.236 2 0.33 0.105 X
3.278 2 0.99 0.282 X
3.336 2 0.69 0.205 X
3.362 X X 0.075 X
3.411 X X 0.040 X
3.561 2 0.37 0.149 X
X 4 3.39 X X
3.587 0 0.12 0.190 X
X 4 3.02 X X
3.649 0 0.12 0.191 X
X 2 0.27 X X
3.740 X X 0.103 X
3.825 2 0.28 0.100 X
3.867 0 0.13 0.160 X
3.908 0 0.08 0.125 X
X 2 0.18 X X
3.986 X X 0.097 X
4.034 X X 0.125 X
4.109 0 0.10 0.122 X
4.209 0 0.07 0.281 X
X 2 0.54 X X
4.272 0 0.08 0.230 X
X 2 0.42 X X
4.366 X X 0.137 X
4.393 X X 0.680 X
4.454 0 0.14 0.256 X
4.505 X X 0.085 X
4.546 0 0.20 0.264 X
4.602 0 0.13 0.175 X
4.632 X X 0.085 X
4.667 X X 0.145 X
4.707 0 0.15 0.255 X
4.777 X X 0.139 X
4.833 X X 0.213 X
4.873 X X 0.100 X
4.926 X X 0.079 X
4.958 X X 0.155 X
4.994 X X 0.140 X
\END;
/*===================================================================*/
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