Kinetics for Formation of Objects Based on Carbon Nanostructures - Lin, Emil
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Asymptotic kinetics for formation of objects based on carbon nanostructures is proposed regarding to extended interpretation of the uncertainty principle in conformity with the concept about the space of object sizes. The Fokker-Planck equation written for this space is used for elaborating the mathematical formalism. The analytical expressions for characteristic sizes of objects under consideration was deduced. These expressions describe the formation of artifical and natural diamonds as well as of biological nanoparticles and mesoobjects.

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Produktbeschreibung
Asymptotic kinetics for formation of objects based on carbon nanostructures is proposed regarding to extended interpretation of the uncertainty principle in conformity with the concept about the space of object sizes. The Fokker-Planck equation written for this space is used for elaborating the mathematical formalism. The analytical expressions for characteristic sizes of objects under consideration was deduced. These expressions describe the formation of artifical and natural diamonds as well as of biological nanoparticles and mesoobjects.
Autorenporträt
Principal Research Associate of the Institute of Physics of Explosion in Russian Federal Nuclear Center - VNIIEF.