Spectral averaging for single-nucleon-transfer sum rules
Abstract
Spectral averaging methods are used to calculate, directly in terms of the Hamiltonian matrix elements, the quantities determined by the non-energy-weighted and linear-energy-weighted sum rules for single-nucleon addition and removal. Occupancies and strength centroids, and their isospin decomposition, are given throughout the spectrum for some ds-shell cases. © 1975.
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