Abstract
The 2,524 keV 5− state and 2,848 keV3− state in92Mo were excited by inelastic proton scattering going through the 11.80 MeV isobaric analog resonance in93Tc. Angular distributions of the 3−→ 2+ and 5−→ 4+ γ-rays were measured and analyzed in order to obtain the partial waves of the outgoing protons.
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Supported in part by the U. S. Atomic Energy Commission and by the Robert Welch Scientific Foundation (Grant F-261).
We are pleased to thank P.Richard for sending us his proton data prior to publication, and T.Tamura and W. R.Coker for stimulating discussions. The computer codes GP MAIN and NEPTUNE were written by S.A.A.Zaidi and T.Tamura, respectively. One of us (K.P.L.) gratefully acknowledges financial support of a Fulbright fellowship.
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Lieb, K.P., Hausmann, T., Kent, J.J. et al. The decay of the 11.80 MeV isobaric analog resonance in93Tc to negative parity states in92Mo. Z. Physik 217, 213–224 (1968). https://doi.org/10.1007/BF01394098
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DOI: https://doi.org/10.1007/BF01394098