Potential energy models of excited compound nucleus

Published: 20 September 2020| Version 1 | DOI: 10.17632/h7r43t7dnh.1
Pavel Nadtochy,
E.G. Ryabov,
A.V. Karpov,
D.V. Vanin,
G.D. Adeev


Potential energy is important ingredient in static and dynamical investigations of a nuclear fission process. The calculation of surface, nuclear, Coulomb, rotational, curvature, congruence, and Wigner energy functionals is presented for large variety of nuclear shapes generated by a {c, h, α} parametrization. Using these functionals one can calculate the potential energy in several macroscopic models of the liquid-drop type. A numerical code which calculates all these quantities is made available.



Potential Energy, Computational Physics