Geometric shapes and relationships of some one-body and multibody leptodermous distributions
Different families of geometric shapes, derived mainly from lemniscatoids, are proposed to
describe ground and excited states of leptodermous distributions of nuclear matter. The
transition from one spherical or ellipsoidal nucleus to several spherical or ellipsoidal nuclei
or vice versa (in the decay and entrance channels of nuclear reactions: fission, fusion, and
fragmentation) is particularly investigated. The geometric characteristics of these
configurations are given, allowing calculations of the system energy, dynamics of the …
describe ground and excited states of leptodermous distributions of nuclear matter. The
transition from one spherical or ellipsoidal nucleus to several spherical or ellipsoidal nuclei
or vice versa (in the decay and entrance channels of nuclear reactions: fission, fusion, and
fragmentation) is particularly investigated. The geometric characteristics of these
configurations are given, allowing calculations of the system energy, dynamics of the …
Different families of geometric shapes, derived mainly from lemniscatoids, are proposed to describe ground and excited states of leptodermous distributions of nuclear matter. The transition from one spherical or ellipsoidal nucleus to several spherical or ellipsoidal nuclei or vice versa (in the decay and entrance channels of nuclear reactions: fission, fusion, and fragmentation) is particularly investigated. The geometric characteristics of these configurations are given, allowing calculations of the system energy, dynamics of the reactions, and angular distribution of the fragments.
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