Abstract
The decay scheme of the fragmented single neutron states of93Mo up to 3.2 MeV excitation energy is obtained from a92Mo(d,pγ)93Mo coincidence experiment. The total γ-spectrum from92Mo+d shows additional strong γ-decays following the β-decay of93Tc produced by the (d, n) reaction. The decay scheme is discussed in the frame of the particle-core coupling model. The important role of 2+ core excited components inE2 andM1 transitions between states with different angular momentum of the single particle component is pointed out.
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On leave of absence from Institute for Atomic Physics, Bucuresti.
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Dünnweber, W., Borcea, C., von Brentano, P. et al. Gamma decay of93Mo states from92Mo (d, pγ) and93Tc β-decay. Z. Physik 254, 133–141 (1972). https://doi.org/10.1007/BF01380062
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DOI: https://doi.org/10.1007/BF01380062