Publisher： Edp Sciences
E-ISSN： 2100-014x|122|issue|01002-01002
ISSN： 2100-014x
Source： EPJ Web of Conference, Vol.122, Iss.issue, 2016-06, pp. : 01002-01002
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Abstract
We define the optimal shape which fissioning nuclei attain just before the scission and calculate the deformation energy as function of the mass asymmetry at the scission point. The calculated deformation energy is used in quasi-static approximation for the estimation of mass distribution, total kinetic and excitation energy of fission fragments, and the total number of prompt neutrons. The calculated results reproduce rather well the experimental data on the position of the peaks in the mass distribution of fission fragments, the total kinetic and excitation energy of fission fragments. The calculated value of neutron multiplicity is somewhat larger than experimental results. The saw-tooth structure of neutron multiplicity is qualitatively reproduced.
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