Further studies of pairing excitations in actinide nuclei: ${}^{233}U$ , ${}^{237}{Pu}$ , ${}^{235}{Np}$ , ${}^{241}{Am}$ , ${}^{224}{Ra}$ , and ${}^{238}{Pu}$

Publisher Website

1 February 1974

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

Vol. 9 (2) , 760-766
https://doi.org/10.1103/physrevc.9.760

Abstract

The behavior of a pairing excitation, previously reported in even actinide nuclei, has been explored with two odd-neutron (

{}^{235}U

and

{}^{239}{Pu}

) and two odd-proton (

{}^{237}{Np}

and

{}^{243}{Am}

) targets as well as the even-even targets

{}^{226}{Ra}

and

{}^{240}{Pu}

. It is found that this behavior is similar to that previously found in even-even actinide nuclei.

Keywords

This publication has 9 references indexed in Scilit:

Importance of the quadrupole pairing field in the Jπ = 0+ vibrations of shape deformed nuclei
Physics Letters B, 1972
Search for (t, p) transitions to excited 0+ states in the actinide region
Physics Letters B, 1972
Population of $0^{+}$ States in Actinide and $A \approx 190$ Nuclides by the ( $p, t$ ) Reaction
Physical Review C, 1972
Excitation of 0+ states in two-particle transfer reactions
Physics Letters B, 1972
Low-Lying $0^{+}$ States and ( $p, t$ ) Strengths in the Actinides
Physical Review Letters, 1972
An explanation for the 0+ excited pairing state in actinide nuclei
Physics Letters B, 1971
Unexpected Strong Pair Correlations in Excited $0^{+}$ States of Actinide Nuclei
Physical Review Letters, 1970
( $d, p$ ) and ( $d, t$ ) Reaction Studies of the Actinide Elements. I. $U^{235}$
Physical Review C, 1970
Alpha Decay to Vibrational States
Physical Review B, 1963