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Entry No. D1549

J.Mukai^1,5,A.Odahara¹,H.Tomura¹,S.Suematsu¹,S.Mitarai¹, T.Kuroyanagi¹,D.Jerrestam²,J.Nyberg^3,6,G.Sletten³, A.Atac^3,7,S.E.Arnell⁴,H.A.Roth⁴,O.Skeppstedt⁴
Kyushu Univ., Fukuoka¹
Univ. of Uppsala²
Niels Bohr Inst., Copenhagen³
Chalmers Univ. of Tech., Gothenburg⁴
Nuclear Physics, Section A568(1994)202

HIGH-SPIN STATES IN THE ODD-ODD NUCLEUS 82Y

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Data File Physical quantities Reaction(s) Energies

1 * ENGY-GAMMA INTNSTY-GAMMA EXC-ENGY DATA⁸⁾ DATA⁹⁾
ENGY-GAMMA: Energy of gamma-ray #5; EXC-ENGY: Excitation energy (of the final state) #2; INTNSTY-GAMMA: Intensity of gamma transition 58NI(28SI,3*P,N,GAMMA)82Y 128 MEV
2 * ENGY-GAMMA INTNSTY-GAMMA EXC-ENGY LEG-2 DATA⁹⁾
ENGY-GAMMA: Energy of gamma-ray #5; EXC-ENGY: Excitation energy (of the final state) #2; INTNSTY-GAMMA: Intensity of gamma transition 58NI(28SI,3*P,N,GAMMA)82Y 100 MEV

8) THE DIRECTIONAL CORRELATION OF ORIENTED NUCLEI (DCO). THE DCORATIO IS DEFINED AS [I AT 37DEG GATED BY GAMMA(G) AT 78DEG]/[I AT79DEG GATED BY GAMMA(G) AT 37DEG], WHERE I IS THE INTENSITY OF THEGAMMA-RAY OF INTEREST AND GAMMA(G) IS AN IMMEDIATELY HIGHER-LYINGTRANSITION ASSUMED TO BE AN E2. THE ANGLES 143DEG AND 101DEG ARETREATED AS EQUIVALENT TO 37DEG AND 79DEG, RESPECTIVELY.
9) SPIN CHANGE

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Last update of this script: April 12, 2006. Contact address: darpe-admin@jcprg.org

Data	File	Physical quantities	Reaction(s)	Energies
1	*	ENGY-GAMMA INTNSTY-GAMMA EXC-ENGY DATA⁸⁾ DATA⁹⁾ ENGY-GAMMA: Energy of gamma-ray #5; EXC-ENGY: Excitation energy (of the final state) #2; INTNSTY-GAMMA: Intensity of gamma transition	58NI(28SI,3*P,N,GAMMA)82Y	128 MEV
2	*	ENGY-GAMMA INTNSTY-GAMMA EXC-ENGY LEG-2 DATA⁹⁾ ENGY-GAMMA: Energy of gamma-ray #5; EXC-ENGY: Excitation energy (of the final state) #2; INTNSTY-GAMMA: Intensity of gamma transition	58NI(28SI,3*P,N,GAMMA)82Y	100 MEV