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| /*===================================================================*/
/* NRDF D0376 Data No.27 */
/*===================================================================*/
/* Bibliography */
/*===================================================================*/
\\BIB,27;
D#=D376;
TITLE=/EXPERIMENTAL DISPLACEMENT ENERGIES OF ISOBARIC ANALOG STATES IN
THE 1F7/2 SHELL/;
PURPOSE=/EXPERIMENTAL DATA FOR DISPLACEMENT ENERGIES IN THE 1F7/2 SHELL
WERE RECENTLY ANALYZED USING A SHELL-MODEL FORMALISM. A FIT
WAS OBTAINED WITH A STANDARD DEVIATION OF 13KEV FOR 33
EXPERIMENTAL ENERGIES. THERE ARE, HOWEVER, SEVERAL REPORTED
DISPLACEMENT ENERGIES WHICH DIFFER BY MORE THAN 35KEV FROM
CALCULATION, NAMELY FOR THE PAIRS 46SC(0+,3)-46CA (0+,3),
46TI(4+,2)-46SC(4+,2) AND 52FE(6+,1)-52MN(6+,1) DEVIATIONS OF
THIS MAGNITUDE,IF CORRECT, MIGHT ARISE FROM EXCEPTIONALLY
LARGE CONFIGURATION ADMIXTURES, ISOSPIN MIXING OR OTHER
INTERESTING STRUCTUAL ANOMALIES. WE HAVE,THEREFORE,
CARRIED OUT NEW MEASUREMENTS FOR THESE THREE PAIRS./;
ATH=(R.T.KOUZES'1',P.KUTT'1',D.MUELLER'1',R.SHERR'1');
INST-ATH=(1USAPTN'1');
REF=NP/A;
VLP=309(1978)329;
RCTS=(45TI(P,T)43TI, 46TI(P,T)44TI, 48TI(P,T)46TI, 50TI(P,T)48TI,
46TI(P,D)45TI, 50TI(P,D)49TI, 46TI(P,3HE)44SC, 48TI(P,3HE)46SC,
50TI(P,3HE)48SC,52CR(P,T)50CR, 52CR(P,3HE)50V, 54FE(P,T)52FE,
54FE(P,3HE)52MN);
/*===================================================================*/
/* Experimental Conditions */
/*===================================================================*/
\\EXP,27;
RCT=45TI(P,T)43TI;
/*@3@*/
RCT=46TI(P,T)44TI;
ENR=86.1%;
/*@13@*/
CHM=ELM;
THK-TGT=132UG/CM**2;
BAC=SELF;
POL-TGT=NO;
ALGN-TGT=NO;
RCT=48TI(P,T)46TI;
ENR=99.4%;
/*@13@*/
CHM=ELM;
THK-TGT=143UG/CM**2;
BAC=SELF;
POL-TGT=NO;
ALGN-TGT=NO;
RCT=50TI(P,T)48TI;
ENR=83.2%;
/*@13@*/
CHM=ELM;
THK-TGT=(115UG/CM**2,80UG/CM**2);
BAC=SELF;
POL-TGT=NO;
ALGN-TGT=NO;
RCT=46TI(P,3HE)44SC;
ENR=86.1%;
/*@13@*/
CHM=ELM;
THK-TGT=132UG/CM**2;
BAC=SELF;
POL-TGT=NO;
ALGN-TGT=NO;
RCT=48TI(P,3HE)46SC;
ENR=99.4%;
/*@13@*/
CHM=ELM;
THK-TGT=143UG/CM**2;
BAC=SELF;
POL-TGT=NO;
ALGN-TGT=NO;
RCT=50TI(P,3HE)48SC;
ENR=83.2%;
/*@13@*/
THK-TGT=(115UG/CM**2,80UG/CM**2);
BAC=SELF;
POL-TGT=NO;
ALGN-TGT=NO;
RCT=52CR(P,T)50CR;
ENR=99.9%;
/*@13@*/
CHM=ELM;
THK-TGT=54UG/CM**2;
BAC=SELF;
POL-TGT=NO;
ALGN-TGT=NO;
RCT=52CR(P,3HE)50V;
ENR=99.9%;
/*@13@*/
CHM=ELM;
THK-TGT=54UG/CM**2;
BAC=SELF;
POL-TGT=NO;
ALGN-TGT=NO;
RCT=54FE(P,T)52FE;
ENR=96.6%;
/*@13@*/
CHM=ELM;
THK-TGT=78UG/CM**2;
BAC=SELF;
POL-TGT=NO;
ALGN-TGT=NO;
RCT=54FE(P,3HE)52MN;
ENR=96.6%;
/*@13@*/
CHM=ELM;
THK-TGT=78UG/CM**2;
BAC=SELF;
POL-TGT=NO;
ALGN-TGT=NO;
ACC=(CYC);
INST-ACC=1USAPTN;
INC-ENGY-LAB-RANGE=(42[46MEV);
DELTA-INC-ENGY-LAB=0.6KEV'1';
/*@14@*/
ERS-PRJ=XKEV;
BEAM-INTNSTY=XUA;
POL-PRJ=NO;
DET-PARTCL=(T);
DET-SYS=(PLST-SCT+X'1');
/*@4@*/
SOLID-ANGL=14MSR;
ERS-DET=6KEV;
DET-PARTCL=(D);
DET-SYS=(PLST-SCT+X'1');
/*@4@*/
SOLID-ANGL=14MSR;
ERS-DET=6KEV;
DET-PARTCL=(3HE);
DET-SYS=(PLST-SCT+X'1');
/*@4@*/
SOLID-ANGL=14MSR;
ERS-DET=6KEV;
ANL=(SHELL-MODEL);
PHQ=(XSECTN,ENGY-SPEC,XSECTN-RATIO,RESN-ENGY,IAS,COULOMB-DISP-ENGY);
/*===================================================================*/
/* Descriptive Parameters */
/*===================================================================*/
\\DATA,27;
/*===================================================================*/
/* Data Table */
/*===================================================================*/
\DATA;
DATA1'1' J-PI ISOSPIN COULOMB-DISP-ENGY'2' DELTA-COULOMB-DISP-ENGY
COULOMB-DISP-ENGY'5' DELTA-COULOMB-DISP-ENGY
(NODIM) (NODIM) (NODIM) (KEV) (KEV)
(KEV) (KEV)
44SC,44CA 0+ 2 7205 6 7206'3' 3
46SC,46CA 0+ 3 7185 7 7185'4' 7
48SC,48CA 0+ 4 7172 14 7175'3' 6
44TI,44SC 2+ 1 7644 7 7645'3' 6
44TI,44SC 4+ 1 7653 7 7653 7
44TI,44SC 0+ 2 7620 9 7620'4' 9
45TI,45SC 7/2- 3/2 7561 5 7562'3' 3
46TI,46SC 4+ 2 7583 7 7585'3' 7
46TI,46SC 6+ 2 7567 10 7567 10
46TI,46SC 2+ 2 7586 6 7586 6
46TI,46SC 0+ 3 7547 8 7547 8
48TI,48SC 6+ 3 7518? 9? 7518? 9?
48TI,48SC 4+ 3 7522 9 7522 9
48TI,48SC 0+ 4 7502 18 7502 18
49TI,49SC 7/2- 7/2 7503 7 7506'3' 7
50V,50TI 0+ 3 7802 6 7799'3' 3
50CR,50V 6+ 2 8169 7 8169 7
50CR,50V 4+ 2 8172 6 8172 6
50CR,50V 2+ 2 8169 6 8169 6
50CR,50V 0+ 3 8160 8 8160 8
52MN,52CR 0+ 2 8408 6 8412'3' 4
52FE,52MN 6+ 1 8822 9 8818'3' 8
52FE,52MN 2+ 1 8832 11 8832 11
52FE,52MN 4+ 1 8851 10 8851 10
52FE,52MN 0+ 2 8800 9 8797'3' 7
\END;
/*===================================================================*/
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