Proton spectroscopy of 96Tc from the (3He,d) reaction |
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Authors: | R.A. Emigh J.J. Kraushaar S. Shastry |
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Affiliation: | Physics Department, State University of New York, College of Arts and Sciences, Plattsburgh, NY 12901, USA |
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Abstract: | Energy levels of the even-mass odd nucleus 96Tc have been populated with the 95Mo(3He, d)96Tc reaction at a bombarding energy of 33.6 MeV and with 28 keV resolution (FWHM). Thirty levels were observed below 2.10 MeV excitation. Comparison of experimental angular distributions with DWBA calculations allowed l-value assignments and the extraction of spectroscopic factors for most levels. Over eighty-five percent of the observed spectroscopic strength is located in the lowlying configuration multiplet. A simple residual interaction shell model calculation reproduces the observed low-lying positive parity multiplet relatively well although the experimental spectrum indicates much configuration mixing is present. |
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Keywords: | Nuclear reactions |
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