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Macroscopic--microscopic approach to a cluster-representation of fission

H. Schultheis, R. Schultheis, K. Wildermuth, D.A. Goldberg, Jerry B. Marion, S.J. Wallace

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Abstract

The application of cluster representations for calculating shell correction energies relates nuclear deformations to cluster amplitudes. Results are given concerning the minima of potential energy surfaces and the mass asymmetry in fission. (auth)

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What this paper is about

The application of cluster representations for calculating shell correction energies relates nuclear deformations to cluster amplitudes. Results are given concerning the minima of potential energy surfaces and the mass asymmetry in fission. (auth)

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Available abstract

The application of cluster representations for calculating shell correction energies relates nuclear deformations to cluster amplitudes. Results are given concerning the minima of potential energy surfaces and the mass asymmetry in fission. (auth)

Key concepts: Fission, Cluster (spacecraft), Maxima and minima, Physics, Cluster decay, Asymmetry, Nuclear physics, Shell (structure)

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