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並列摘要


The 27Al (p,y) 28Si reaction has been studied in the proton energy range 925-2,760 keV. Seventy-four resonances were observed. Gamma-ray spectra of two new strong resonances at 2,720 and 2,748 keV, corresponding to the 14.210 and 14.237MeV levels in 28Si, were measured by a 50-cc Ge (Li) detector. Decay schemes for these two resonance levels were proposed and branching ratios of the de-excitation of gamma-rays were determined. From arguments on transition probabilities it seems to favor a spin assignment for both resonance levels to be J^π=3+.

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