Calculation of Kinetic Energy and Most-Probable Charge in Fission

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概要

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• Kinetic energies and most-probable charges in fission were calculated for ^<235>U+n, ^<252>Cf and ^<226>Ra+p by applying the statistical model by Fong. The mass formula by Myers and Swiatecki was employed to evaluate fragment deformation energies. The most-probable scission configuration for a given mass division was obtained by maximizing the effective intrinsic excitation energy of the complementary fragments which was given as a function of their charges and deformation parameters. The general trends of the kinetic energy distribution and the charge distribution in fission could be reproduced fairly well.

• 社団法人日本物理学会の論文
• 1972-04-05

著者

• Nakahara Hiromichi

  Institute Of Atomic Energy Kyoto University:(present Address) Niigata University

• Nishi Tomota

  Institute Of Atomic Energy Kyoto University

• Nishi Tomota

  Engineering Research Institute Kyoto University

• OKAMOTO Hironobu

  Engineering Research Institute, Kyoto University

• NAKAHARA Hiromichi

  Engineering Research Institute, Kyoto University

• Okamoto Hironobu

  Institute Of Atomic Energy Kyoto University:(present Address) Tokai Works Power Reactor And Nuclear

• NISHI Tomota

  Institute of Atomic Energy, Kyoto University

関連論文

• Isomer-Yield Rations and Primary Angular Momenta of I,Xe and Cs Isotopes Produced in Thermal-Neutron Fission of ^U,^U and ^Pu
• Statistical Calcutation of Fission
• Calculation of Kinetic Energy and Most-Probable Charge in Fission
• Smoothing Mechanism of the Odd-Even Structure of Elemental Abundance Curve
• The Half Life of Tb^
• Improvement of helium jet system with aerosol generator.

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