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Calculations of the mass--energy fission-fragment distributions of heated nuclei in a wide range of the fissility parameter are reviewed. The calculations were made in a diffusion model based on the… (More)

- G. D. Adeev, I. I. Gonchar
- 1983

The effect of the nonequilibrium nature of the fission of heavy nuclei on the formation of the fragment energy distribution is analyzed. The Fokker-Planck equation is used as the dynamical equation… (More)

- I. I. Gonchar
- 1995

- G. D. Adeev, I. I. Gonchar
- 1984

The fragment kinetic-energy dispersion sigma/sup 2//sub E//sub k/ is computed in a description of the fission dynamics of an excited nucleus by the Fokker-Planck equation for the quantum distribution… (More)

A model is developed which combines dynamical (Langevin-) calculations with the Kramers modified statistical model in order to describe heavy-ion induced fission including neutron evaporation. In the… (More)

- G. D. Adeev, I. I. Gonchar
- 1985

AbstractThe variance
$$\sigma _{E_k }^2$$
of the fission-fragment kinetic-energy distribution is calculated in describing the dynamics of fission of an excited nucleus by a Fokker-Planck equation… (More)

- G. D. Adeev, I. I. Gonchar
- 1985

The variances of the mass distribution of fission fragments for nuclei in the fissility parameter range 30 < Z2/A < 40 have been calculated. The Fokker-Planck equation for the distribution function… (More)