Mass asymmetry in thermal neutron fission with modified potential

  • Sohail. A. Khan
Keywords: Fission, Mass asymmetry, Quasimolecular potential, Imaginary potential.

Abstract

ABSTRACT 

A modified potential of the sudden approximation, modified to include interactions among nuclei of different radii, is applied to explain the mass asymmetry of fission fragments in the thermal fission of Uranium-235. The results are encouraging in that the asymmetry feature in the fission yield is displayed. It appears that the mass asymmetry is a feature that can be explained without incorporating other effects. However, close correspondence requires addition of extra features.

 ABSTRAK 

Suatu keupayaan terubah bagi penganggaran tiba-tiba, diubah suai bagi merangkumi interaksi di antara nukeus berlainan jejari, digunakan untuk  menerangkan ketaksimetrian jisim terhadap fragmen pembelahan di dalam pembelahan terma Uranium-235. Keputusan adalah menggalakkan bahawa terpamernya ciri ketaksimetrian dalam hasil pembelahan. Ianya memperlihatkan bahawa ketaksimetrian jisim adalah suatu ciri yang dapat dijelaskan tanpa menggabungkan kesan-kesan lain. Bagaimanapun, Kecocokan yang rapat memerlukan penjumlahan ciri-ciri tambahan

Published
2010-12-31
How to Cite
Khan, S. A. (2010). Mass asymmetry in thermal neutron fission with modified potential. JOURNAL of NUCLEAR and Related TECHNOLOGIES, 7(02), 69-73. Retrieved from https://jnrtmns.net/index.php/jnrt/article/view/150
Section
Articles