1970Canadian Journal of PhysicsRequires access

Calculations of fission parameters based on a "molecular model" of fission

Kulwant Singh Thind, R. H. Tomlinson

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Abstract

A 'molecular model' of fission, in which a fragment separation of 4.0 fm defines the scission point, is proposed. Using the fragment separation distance as a free parameter, the sum of the coulomb and deformation energies for the scission configuration is minimized. This provides a method for calculating the kinetic energies of fragments both at the scission point and at infinite separation. The fragment deformation energies have also been calculated.

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What this paper is about

A 'molecular model' of fission, in which a fragment separation of 4.0 fm defines the scission point, is proposed. Using the fragment separation distance as a free parameter, the sum of the coulomb and deformation energies for the scission configuration is minimized. This provides a method for calculating the kinetic energies of fragments both at the scission point and at infinite separation. The fragment deformation energies have also been calculated.

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Available abstract

A 'molecular model' of fission, in which a fragment separation of 4.0 fm defines the scission point, is proposed. Using the fragment separation distance as a free parameter, the sum of the coulomb and deformation energies for the scission configuration is minimized. This provides a method for calculating the kinetic energies of fragments both at the scission point and at infinite separation. The fragment deformation energies have also been calculated.

Key concepts: Fission, Physics, Fragment (logic), Bond cleavage, Deformation (meteorology), Kinetic energy, Coulomb, Nuclear fission

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