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Entry No. D0489

B.Erlandsson¹,K.Nilson¹,A.Marcinkowski²,J.Piotrowski³
Lund Univ.+ Tech.Univ.¹
Inst. Badan Jadr., Swierk and Warszawa²
Warszawa, University³
Zeitschrift fuer Physik, Section A293(1979)43

INVESTIGATION OF 65CU BY MEANS OF THE AVERANGE RARESONANCE PROTON CAPTURE METHOD

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Data File Physical quantities Reaction(s) Energies

1 * ENGY-GAMMA DATA1²⁾
ENGY-GAMMA: Energy of gamma-ray #5 64NI(P,GAMMA)65CU; between 2.05 and 2.55 MEV
2 * EXC-ENGY J-PI J-PI J-PI INTNSTY-GAMMA⁴⁾ INTNSTY-GAMMA-ERR
EXC-ENGY: Excitation energy (of the final state) #2; INTNSTY-GAMMA: Intensity of gamma transition 64NI(P,GAMMA)65CU; between 2.05 and 2.55 MEV

2) DATA1 = GAMMA-RAY STRENGTH FUNCTION FOR 65CU
4) DATA NORMALIZED TO THE 3/2- GROUND STATE INTENSITY.ERR-ANALYS = RELATIVE DETECTOR EFFICIENCY(5 PERCENT), SUMMING EFFETS(5), MULTIPOLE MIXING ANG ANGULAR DISTRIBUTION EFFETS(10) AND PEAK AREADETERMINATION(3-50). IN MOST OF THE CASES THE QUADRAT SUM OF THE ERRORS DOES NOT EXCEED 20 PERCENT.

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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 DATA1²⁾ ENGY-GAMMA: Energy of gamma-ray #5	64NI(P,GAMMA)65CU;	between 2.05 and 2.55 MEV
2	*	EXC-ENGY J-PI J-PI J-PI INTNSTY-GAMMA⁴⁾ INTNSTY-GAMMA-ERR EXC-ENGY: Excitation energy (of the final state) #2; INTNSTY-GAMMA: Intensity of gamma transition	64NI(P,GAMMA)65CU;	between 2.05 and 2.55 MEV