@article{3074366,
    title = "The determination of the Coulomb energy of a nuclear system at the scission point upon fission",
    author = "Khugaev, A.V. and Koblik, Yu.N. and Ioannou, P.D. and Flitsiyan, E.S.",
    journal = "Bulletin of the Russian Academy of Sciences: Physics",
    year = "2007",
    volume = "71",
    number = "3",
    pages = "401-404",
    issn = "1062-8738, 1934-9432",
    doi = "10.3103/S1062873807030197",
    keywords = "Boundary conditions;  Charge distribution;  Coulomb interactions;  Fission reactions;  Kinetic energy, Binary fission reactions;  Coulomb energy;  Nuclear system;  Scission point, Fission products",
    abstract = "The dependence of the Coulomb energy of deformed nuclei on the shape and the nuclear matter density distribution is considered. For an ellipsoidal shape of the nucleus and a homogeneous distribution of nuclear matter, the result was obtained in a simple analytical form convenient for further use. Separate attention was paid to the consideration of a Fermi-like distribution of nuclear matter using different shapes of the nucleus that reflect several different kinds of collective motions. After these considerations, the dependence of the Coulomb energy of the fission products at the scission point of binary fission reactions on configurations, shapes and nuclear matter distributions was investigated. Calculation of the dependence of the shape of the nuclei deformation parameters at the scission point from their total kinetic energies was made in detail. Finally, the influence of shell effects on the mass yield of fission products is discussed. © Allerton Press, Inc. 2007."
}