Abstract
Angular correlation measurements for the58Ni(p, p′ γ) reaction were performed atE p =8.1 MeV. Method II of Litherland and Ferguson was used to determine multipole mixing ratios of the γ-radiation and spins of most of the excited levels up to 4.11 MeV. The results confirm for the most part recent measurements of van Patteret al.; the 2775 keV state was verified to have a spin ofJ=2. Several discrepancies and additional information concerning the 3531, 3774, 3898 and 4108 keV levels are discussed. A spin value ofJ=1 is assigned to the 3531 keV level, clearly ruling out former assignments of 4+ and 0+. AJ=4 assignment is proposed for the 3774 keV state, contrary to the generally assumed value ofJ=3, which these measurements do not support.
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We are indebted to Prof. W. Gentner for making available to us the facilities of the tandem accelerator and to Prof. O. Haxel for his interest in this work. The help of our colleagues P. Schneider and H. U. Fahrbach is also gratefully acknowledged. The Bundesministerium für Bildung und Wissenschaft supported this work.
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Alberts, W.G., Bodenmiller, K.H. & Buhl, S. Supplementary data concerning the58Ni(p, p′ γ) reaction. Z. Physik 238, 360–371 (1970). https://doi.org/10.1007/BF01395475
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DOI: https://doi.org/10.1007/BF01395475