Time-dependent properties of proton decay from crossing single-particle metastable states in deformed nuclei

@article{Talou1998TimedependentPO,
title={Time-dependent properties of proton decay from crossing single-particle metastable states in deformed nuclei},
author={Patrick Talou and Nicolae Carjan and Daniel D. Strottman},
journal={Physical Review C},
year={1998},
volume={58},
pages={3280-3285}
}

A dynamical study of the decay of a metastable state by quantum tunneling through an anisotropic, nonseparable, two-dimensional potential barrier is performed by the numerical solution of the time-dependent Schr{umlt o}dinger equation. Initial quasistationary proton states are chosen in the framework of a deformed Woods-Saxon single-particle model. The decay of two sets of states corresponding to true and quasi-level-crossing is studied and the evolution of their decay properties as a function… Expand

Journal of Physics G: Nuclear and Particle Physics

2018

Time-dependent calculation has been a suitable method to investigate the quantum dynamical processes. In Ref. [1] = [T. Oishi et al., J. of Phys. G 45, 105101 (2018)], we applied this method to the… Expand

For many years one-proton radioactivity studies have been a powerful tool to investigate nuclear structure close to the proton drip line. In many cases, they are the only means to give access to… Expand

On the basis of the multiparticle theory of protonic decay, the angular distributions of protons emitted by oriented spherical and deformed nuclei in the laboratory frame and in the internal… Expand

During recent years many countries have constructed large accelerators for investigating heavy ion collisions, and new theoretical techniques for analysing results and making predictions have been… Expand