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Entry No. D0044

T.Nojiri1,H.Toyama2
Japan1
Tokyo Inst.of Technology, Tokyo2
Journal of the Physical Society of Japan37(1974)1479

SPIN-FLIP PROBABILITIES VIA ISOBARIC ANALOGUE RESONANCES IN 50TI(P,P')50TI* INELASTIC SCATTERING

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DataFilePhysical quantitiesReaction(s)Energies
1 *ENGY5) DATA6) DATA7)
ENGY: Energy		 50TI(P,P); between 3.580 and 3.623 MEV
2 *ENGY8) SFLP9) SFLP10)
ENGY: Energy; SFLP: Spin-flip probability		 50TI(P,P); between 3.588 and 3.625 MEV
3 *THTL DSIGMA/DOMEGA
DSIGMA/DOMEGA: dsigma/dOmega #1; THTL: Scattering angle theta in lab. system #4		 50TI(P,P); 3.588 MEV
4 *THTL SFLP
SFLP: Spin-flip probability; THTL: Scattering angle theta in lab. system #4		 50TI(P,P); 3.588 MEV
5 *THTL DSIGMA/DOMEGA
DSIGMA/DOMEGA: dsigma/dOmega #1; THTL: Scattering angle theta in lab. system #4		 50TI(P,P); 3.606 MEV
6 *THTL SFLP
SFLP: Spin-flip probability; THTL: Scattering angle theta in lab. system #4		 50TI(P,P); 3.606 MEV
7 *INC-ENGY EXC-ENGY J-PI ISOSPIN DATA11) DATA12)
EXC-ENGY: Excitation energy (of the final state) #2		 50TI(P,P); between 3.588 and X MEV

5) INDICENT ENERGY OF PROTON. '7' RELATIVE YIELD AT THETHA=120DEGREE
7) RELATIVE YIELD AT THETHA=120DEGREE
8) INCIDENT ENERGY OF PROTON, '10' SPIN FLIP PROBABILITIES AT THE THA=120DEGREE
10) SPIN FLIP PROBABILITIES AT THE THA=120DEGREE
11) AND '12' ARE PARTIAL WIDTH RATIO.
12) ARE PARTIAL WIDTH RATIO.
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