2013Journal of Physics Conference SeriesOpen access

Cluster aspects of binary fission

А. В. Андреев, G. G. Adamian, N. V. Antonenko

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Abstract

With the improved scission-point model the mass distributions are calculated for induced fission of different Hg isotopes with even mass numbers A =180, 184, 188, 192, 196, 198. The calculated mass distribution and mean total kinetic energy of fission fragments are in a good agreement with the existing experimental data. The change in the shape of the mass distribution from asymmetric to more symmetric is revealed with increasing A of the fissioning A Hg nucleus, and the reactions are proposed to verify this prediction experimentally.

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What this paper is about

With the improved scission-point model the mass distributions are calculated for induced fission of different Hg isotopes with even mass numbers A =180, 184, 188, 192, 196, 198. The calculated mass distribution and mean total kinetic energy of fission fragments are in a good agreement with the existing experimental data. The change in the shape of the mass distribution from asymmetric to more symmetric is revealed with increasing A of the fissioning A Hg nucleus, and the reactions are proposed to verify this prediction experimentally.

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Available abstract

With the improved scission-point model the mass distributions are calculated for induced fission of different Hg isotopes with even mass numbers A =180, 184, 188, 192, 196, 198. The calculated mass distribution and mean total kinetic energy of fission fragments are in a good agreement with the existing experimental data. The change in the shape of the mass distribution from asymmetric to more symmetric is revealed with increasing A of the fissioning A Hg nucleus, and the reactions are proposed to verify this prediction experimentally.

Key concepts: Fission, Mass distribution, Cluster decay, Kinetic energy, Cluster (spacecraft), Spontaneous fission, Isotope, Binary number

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