Theory of mean removal energies for single particles in nuclei - INSPIRE

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Theory of mean removal energies for single particles in nuclei

Daniel S. Koltun
(
- Rochester U.
)

Feb, 1974

13 pages

Published in:

Phys.Rev.C 9 (1974) 484-497

DOI:

10.1103/PhysRevC.9.484

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Abstract: (APS)

A useful way to characterize the hole-energy spectrum excited in a direct particle-removal reaction like (p,2p) or (e,e′p) is through the centroid or mean removal energy. We derive the rules for computing this quantity in a linked-cluster expansion, and give some examples. We demonstrate the close relation of the mean removal energy to Brandow's self-consistent orbital energy, and discuss briefly the connection with Green's function theory. [NUCLEAR STRUCTURE Linked-cluster theory of mean or centroid removal energies measured in (p,2p) or (e,e′p); applications and relation to other hole energies.]

References(26)

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