DARPE: Search Results
Entry No. D1480

C.H.Yu1,5,G.B.Hagemann1,J.M.Espino1,6,K.Furuno1,7, J.D.Garrett1,2,R.Chapman3,D.Clarke3,F.Khazaie3, J.C.Lisle3,J.N.Mo3,M.Bergstrom4,L.Carlen4,P.Ekstrom4, J.Lyttkens4,H.Ryde4
Niels Bohr Inst., Copenhagen1
Oak Ridge National Laboratory, Oak Ridge, TN2
Univ. of Manchester, England3
Lund Univ.+ Tech.Univ.4
Nuclear Physics, Section A511(1990)157

HIGH-SPIN SPECTROSCOPIC STURDY OF 167LU

Click on the data number to see the plot. Or select the box to plot multiple data.
DataFilePhysical quantitiesReaction(s)Energies
1 *ENGY-GAMMA J-PTY-INITL J-PTY-FINAL INTNSTY-GAMMA54) ANGL-CORRL30) BRANCH-RATIO31) DATA32)
ANGL-CORRL: Angular correlation; BRANCH-RATIO: Branching ratio; ENGY-GAMMA: Energy of gamma-ray #5; INTNSTY-GAMMA: Intensity of gamma transition; J-PTY-FINAL: J/parity in final state; J-PTY-INITL: J/parity in initial state		 123SB(48CA,4*N,GAMMA)167LU; 206 MEV
2 *ENGY-GAMMA J-PTY-INITL J-PTY-FINAL INTNSTY-GAMMA55) ANGL-CORRL30) BRANCH-RATIO31) DATA32)
ANGL-CORRL: Angular correlation; BRANCH-RATIO: Branching ratio; ENGY-GAMMA: Energy of gamma-ray #5; INTNSTY-GAMMA: Intensity of gamma transition; J-PTY-FINAL: J/parity in final state; J-PTY-INITL: J/parity in initial state		 123SB(48CA,4*N,GAMMA)167LU; 206 MEV
3 *ENGY-GAMMA J-PTY-INITL J-PTY-FINAL INTNSTY-GAMMA56) BRANCH-RATIO31) DATA32)
BRANCH-RATIO: Branching ratio; ENGY-GAMMA: Energy of gamma-ray #5; INTNSTY-GAMMA: Intensity of gamma transition; J-PTY-FINAL: J/parity in final state; J-PTY-INITL: J/parity in initial state		 123SB(48CA,4*N,GAMMA)167LU; 206 MEV
4 *ENGY-GAMMA J-PTY-INITL J-PTY-FINAL INTNSTY-GAMMA57) BRANCH-RATIO31) DATA32)
BRANCH-RATIO: Branching ratio; ENGY-GAMMA: Energy of gamma-ray #5; INTNSTY-GAMMA: Intensity of gamma transition; J-PTY-FINAL: J/parity in final state; J-PTY-INITL: J/parity in initial state		 123SB(48CA,4*N,GAMMA)167LU; 206 MEV
5 *ENGY-GAMMA J-PTY-INITL J-PTY-FINAL INTNSTY-GAMMA58) ANGL-CORRL30)
ANGL-CORRL: Angular correlation; ENGY-GAMMA: Energy of gamma-ray #5; INTNSTY-GAMMA: Intensity of gamma transition; J-PTY-FINAL: J/parity in final state; J-PTY-INITL: J/parity in initial state		 123SB(48CA,4*N,GAMMA)167LU; 206 MEV
6 *ENGY-GAMMA K-INITL33) J-PTY-INITL K-FINAL33) J-PTY-FINAL INTNSTY-GAMMA59) ANGL-CORRL30)
ANGL-CORRL: Angular correlation; ENGY-GAMMA: Energy of gamma-ray #5; INTNSTY-GAMMA: Intensity of gamma transition; J-PTY-FINAL: J/parity in final state; J-PTY-INITL: J/parity in initial state		 123SB(48CA,4*N,GAMMA)167LU; 206 MEV

30) ANGULAR CORRELATION RATIO I(37DEG-79DEG)/I(79DEG-37DEG).
31) BRANCING RATIO T(J->J-2)/T(J->J-1), WHERE T IS GAMMA-RAYINTENSITY.
32) RATIO B(M:J->J-1)/B(E2:J->J-2), ASSUMING E2/M1 MIXINGRATIO = 0.
33) THE K QUANTUM MUMBERS (INTRINSIC SPIN) ARE LISTED ONLY AS ANIDENTIFICATION OF THE DECAY SEQUENCE.
54) Normalized to 1000 at 411.3 keV
55) Normalized to 1000 at 411.3 keV
56) Normalized to 1000 at 411.3 keV
57) Normalized to 1000 at 411.3 keV
58) Normalized to 1000 at 411.3 keV
59) Normalized to 1000 at 411.3 keV
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