Перегляд за автором "Rudavskii, Yu."

Сортувати за: Порядок: Результатів:

  • Diagonal and off-diagonal types of disorder in condensed matter theory 
    Rudavskii, Yu.; Ponedilok, G.; Petriv, Yu. (Condensed Matter Physics, 2000)
    In the paper we investigate the distribution function of a diagonal type of disorder, their relation with microscopic model parameters and structural correlation functions. The conditions are obtained for which the ...
  • Dynamic structure factors of a Heisenberg model ferrofluid 
    Mryglod, I.; Folk, R.; Dubyk, S.; Rudavskii, Yu. (Condensed Matter Physics, 1999)
    Using the results of our previous papers [Physica A 220 (1995) 325; Physica A 234 (1996) 129], where the generalized transport equations for a Heisenberg-like model of a ferrofluid were derived and the hydrodynamic collective ...
  • Model pseudopotential of the electron – negative ion interaction 
    Rudavskii, Yu.; Ponedilok, G.; Klapchuk, M. (Condensed Matter Physics, 2003)
    Generalization of the Anderson model to describe the states of electronegative impurities in liquid-metal alloys is the main aim of the present paper. The effects of the random inner field on the charge impurity states is ...
  • Nonequilibrium statistical Zubarev’s operator and Green’s functions for an inhomogeneous electron gas 
    Kostrobii, P.; Markovych, B.; Vasylenko, A.; Tokarchuk, M.; Rudavskii, Yu. (Condensed Matter Physics, 2006)
    Nonequilibrium properties of an inhomogeneous electron gas are studied using the method of the nonequilibrium statistical operator by D.N. Zubarev. Generalized transport equations for the mean values of inhomogeneous operators ...
  • On the statistical hydrodynamics for a binary mixture of magnetic and non-magnetic particles 
    Batsevych, O.; Mryglod, I.; Rudavskii, Yu.; Tokarchuk, M. (Condensed Matter Physics, 2001)
    Dynamic properties of a binary mixture of magnetic and non-magnetic particles are considered using the method of non-equilibrium statistical operator. The generalized hydrodynamic equations are derived and analyzed. Based ...
  • Some aspects of tight-binding approach in chemisorption theory 
    Rudavskii, Yu.; Ponedilok, G.; Petriv, Yu. (Condensed Matter Physics, 2001)
    The quantum-statistic problem of atoms chemisorption with hydrogen-like electronic structure on semiconductor and dielectric crystalline surfaces is considered. The superficial states are described in tight-binding ...