$O^{+}$ Excited States in the Actinides

8 May 1972

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

Vol. 28 (19) , 1275-1277
https://doi.org/10.1103/physrevlett.28.1275

Abstract

We present a calculation of

0^{+}

excited states in the actinides for a pairing-force theory of the type suggested by Griffin, Jackson, and Volkov. Contrary to previous results, we find that such a theory does not explain low-lying

0^{+}

excited states in the actinides any better than does a conventional pairing-force theory.

Keywords

This publication has 7 references indexed in Scilit:

Low-Lying $0^{+}$ States and ( $p, t$ ) Strengths in the Actinides
Physical Review Letters, 1972
Two-Body Interactions: The Method of Correlated Quasiparticles. I.
Physical Review C, 1972
An explanation for the 0+ excited pairing state in actinide nuclei
Physics Letters B, 1971
( $d, p$ ) and ( $d, t$ ) Studies of the Actinide Elements. II. ${}^{243}{Cm}$ , ${}^{245}{Cm}$ , ${}^{247}{Cm}$ , and ${}^{249}{Cm}$
Physical Review C, 1971
( $d, p$ ) and ( $d, t$ ) Reaction Studies of the Actinide Elements. I. $U^{235}$
Physical Review C, 1970
Energy levels in 234U populated by the 233U(d, p) and 235U(d, t) processes
Nuclear Physics A, 1968
Seniority-zero excited states and the intermediate state method
Nuclear Physics A, 1968

O+Excited States in the Actinides

Abstract

Keywords

$O^{+}$ Excited States in the Actinides