Перегляд за автором "Lev, B.I."

Сортувати за: Порядок: Результатів:

  • Analytical calculation of the Stokes drag of the spherical particle in a nematic liquid crystal 
    Kozachok, M.V.; Lev, B.I. (Condensed Matter Physics, 2014)
    As an approach to the motion of the particles in the anisotropic liquid, we analytically study the Stokes drag of spherical particles in a nematic liquid crystal. The Stokes drag of spherical particles for general anisotropic ...
  • Brownian particle in non-equilibrium plasma 
    Lev, B.I.; Tymchyshyn, V.B.; Zagorodny, A.G. (Condensed Matter Physics, 2009)
    The stationary distribution function of Brownian particles in a nonequilibrium dusty plasma is calculated with regard to electron and ion absorption by grains. The distribution is shown to be considerably different from ...
  • Multimodal size distribution of Si nanoclusters in SiO₂ as manifestation of interaction in the space of sizes 
    Blonskiy, I.V.; Lev, B.I.; Valakh, M.Ya. (Semiconductor Physics Quantum Electronics & Optoelectronics, 1998)
    This paper summarizes the results of experimental studies revealing a multimodal character of the function of size distribution of Si nanoclusters in light-emitting SiO₂:Si structures. To explain the nature of this ...
  • Self-gravitational system. New approach 
    Lev, B.I.; Grigorishin, K.V. (Condensed Matter Physics, 2006)
    The field theory approach to statistical description of the system of gravitational interacting particles is proposed in order to describe spatially inhomogeneous structures. A nonperturbutive calculation of the ...
  • Structure formation of colloids in nematic liquid crystals 
    Lev, B.I.; Aoki, K.M.; Tomchuk, P.M.; Yokoyama, H. (Condensed Matter Physics, 2003)
    We investigated the behaviour of colloidal particles suspended in nematic liquid crystals. These colloidal particles interact through elastic deformation of the nematic director field which can result in nontrivial ...
  • Toy model of superconductivity 
    Grigorishin, K.V.; Lev, B.I. (Физика низких температур, 2015)
    The model of hypothetical superconductivity, where the energy gap asymptotically approaches zero as temperature or magnetic field increases, has been proposed. Formally the critical temperature and the second critical field ...