Abstract
The parity- and isospin-forbidden decay from (=, T=1, =12.9686 MeV) to (g.s.) has been investigated theoretically. Considering various strong and weak interaction models the longitudinal and the irregular transverse analyzing powers of the reaction (p→,C have been calculated in the energy range of the resonance in . Energy anomalies for the expected interference effects, relevant for experiments, have been found to be =1.1× and =0.9× at θ=90° and =1.4× and =0.2× at θ=150° based on a conservative value of 0.1 eV for the parity-nonconservation matrix element. A proposal for an experimental investigation is sketched.
- Received 10 September 1990
DOI:https://doi.org/10.1103/PhysRevC.44.491
©1991 American Physical Society