M1 transitions in208Pb are studied by evaluating energy-weighted and inverse energy-weighted sum-rules. The role of the nuclear interaction is widely discussed. It is shown that the nuclear potential increases the energy-weighted sum rule and lowers the inverse energy-weighted sum rule, with respect to the prediction of the pure shell model. Values of strengths and excitation energies are compared with experimental results and other theoretical calculations.

Magnetic Susceptibility and Ml Transitions in 208 Pb

Traini, Marco Claudio;Lipparini, Enrico;Orlandini, Giuseppina;Stringari, Sandro
1979

Abstract

M1 transitions in208Pb are studied by evaluating energy-weighted and inverse energy-weighted sum-rules. The role of the nuclear interaction is widely discussed. It is shown that the nuclear potential increases the energy-weighted sum rule and lowers the inverse energy-weighted sum rule, with respect to the prediction of the pure shell model. Values of strengths and excitation energies are compared with experimental results and other theoretical calculations.
Traini, Marco Claudio; Lipparini, Enrico; Orlandini, Giuseppina; Stringari, Sandro
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11572/66152
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