a Semiclassical ParticleRotor Model of OneNeutron Transfer Reactions
Abstract
A quantitative model of oneneutron transfer between deformed and heavy spherical nuclei is developed. The projectile is assumed to follow a classical trajectory while inelastic excitation of the deformed target is treated in the sudden limit by using the evolution operator of the interaction representation. Neutron transfer is assumed to occur at the minimum distance between the two ion centers and is described in terms of spectroscopic amplitudes obtained from a manyBCS quasiparticle plus rotor model. The model is applied to two reactions for which there are data; the calculations predict population of both ground band and excited two quasiparticle states in these reactions, in agreement with previous qualitative explanations of these data.
 Publication:

Ph.D. Thesis
 Pub Date:
 January 1992
 Bibcode:
 1992PhDT.......109K
 Keywords:

 NEUTRON TRANSFER;
 INELASTIC EXCITATION;
 Physics: Nuclear