Three-quasiparticle states analysis in odd-mass lead isotopes

1 February 1993

journal article
research article
Published by American Physical Society (APS) in Physical Review C

Vol. 47 (2) , 554-560
https://doi.org/10.1103/physrevc.47.554

Abstract

Three quasiparticle excitations for odd-even lead isotopes in the mass region 197≤A≤203 are calculated using a realistic two-body interaction. The analysis is performed in a correlated basis constructed by the tensor product of one times two quasiparticle states. Good agreement with available experimental data is found. The one phonon approximation of the weak coupling model is also analyzed.

Keywords

This publication has 21 references indexed in Scilit:

Highly converted transitions in 197Pb
Nuclear Physics A, 1991
Nuclear data sheets for A = 197
Nuclear Data Sheets, 1991
High-spin levels in the 199Pb and 200Pb isotopes
Nuclear Physics A, 1988
Nuclear Data Sheets for A=199
Nuclear Data Sheets, 1988
Nuclear data sheets for A = 201
Nuclear Data Sheets, 1986
Nuclear data sheets for A = 203
Nuclear Data Sheets, 1985
Low-energy transitions in the 197Pb and 198Pb isotopes
Nuclear Physics A, 1985
High-spin level spectra of the nuclei ${}^{195}{Pb}$ , ${}^{197}{Pb}$ , ${}^{199}{Pb}$ , and ${}^{201}{Pb}$
Physical Review C, 1981
High spin states in lead isotopes with 193<=A<=199
The European Physical Journal A, 1978
A shell-model calculation of the odd-mass tin isotopes
Nuclear Physics, 1966