The understanding of the microscopic processes occurring in solids and liquids is a significant challange in computational physics. The rapid growth of computer power including the new paralell architectures has stimulated a ferment of new theoretical and computational ideas.
Progress in computational physics of matter: methods, software and applications / Reatto, L.; Manghi, Franca. - STAMPA. - (1995), pp. 1-272.
Progress in computational physics of matter: methods, software and applications
MANGHI, Franca
1995
Abstract
The understanding of the microscopic processes occurring in solids and liquids is a significant challange in computational physics. The rapid growth of computer power including the new paralell architectures has stimulated a ferment of new theoretical and computational ideas.
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