Simulation of fission process of the excited nucleus 217Fr in the framework of the Langevin equations

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Eslamizadeh Hadi

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Journal: MODERN RESEARCH PHYSICS Year:2018 | Volume:2 | Issue:2 Page(s): 11-22

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Title

Simulation of fission process of the excited nucleus 217Fr in the framework of the Langevin equations

Author(s)

Eslamizadeh Hadi | Issue Writer Certificate

Keywords

Fission

pre-scission neutron multiplicity

reduced dissipation coefficient

Abstract

In the present paper, we simulate Fission process of the excited nuclei 217Fr produced in fusion reactions 19F with 198Pt nuclei in the framework of the Langevin equations. We calculate the pre-scission neutron multiplicity for the excited nuclei 217Fr with considering the effects of temperature and projection of spin about the symmetry axis, K. We show that temperature and projection of spin about the symmetry axis affect on the results of pre-scission neutron multiplicity and without considering the effects of temperature and projection of spin; the results of calculations are less than the experimental data. Furthermore, based on Fission process simulation and considering the reduced dissipation coefficient as a free parameter we reproduce experimental data on the pre-scission neutron multiplicity for the excited nuclei 217Fr. We also show that the appropriate value of reduced dissipation coefficient for 217Fr is equal to.

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APA: Copy

Eslamizadeh, Hadi. (2018). Simulation of fission process of the excited nucleus 217Fr in the framework of the Langevin equations. MODERN RESEARCH PHYSICS, 2(2 ), 11-22. SID. https://sid.ir/paper/268181/en

Vancouver: Copy

Eslamizadeh Hadi. Simulation of fission process of the excited nucleus 217Fr in the framework of the Langevin equations. MODERN RESEARCH PHYSICS[Internet]. 2018;2(2 ):11-22. Available from: https://sid.ir/paper/268181/en

IEEE: Copy

Hadi Eslamizadeh, “Simulation of fission process of the excited nucleus 217Fr in the framework of the Langevin equations,” MODERN RESEARCH PHYSICS, vol. 2, no. 2 , pp. 11–22, 2018, [Online]. Available: https://sid.ir/paper/268181/en

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