The thermalization of a composite nucleus formed when two heavy ion fuse, that is the transformation of the orderly translational motion energy of the two ions into chaotic, thermal motion energy may be described by a set of Boltzmann master equations which allow one to calculate the time evolution of the single nucleon energies within the composite nucleus. The theoretical assumptions and the results of the analysis of the experimental data are discussed.
Nuclear Thermalization / M. Cavinato, E. Fabrici, E. Gadioli, E. Gadioli Erba. - In: ACTA PHYSICA HUNGARICA. HEAVY ION PHYSICS. - ISSN 1219-7580. - 2:3-4(1995), pp. 225-237. [10.1007/BF03055109]
Nuclear Thermalization
M. CavinatoPrimo
;
1995
Abstract
The thermalization of a composite nucleus formed when two heavy ion fuse, that is the transformation of the orderly translational motion energy of the two ions into chaotic, thermal motion energy may be described by a set of Boltzmann master equations which allow one to calculate the time evolution of the single nucleon energies within the composite nucleus. The theoretical assumptions and the results of the analysis of the experimental data are discussed.
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