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    Article

    Coagulation of dust grains in the plasma of an RF discharge in argon

    Results are presented from experimental studies of coagulation of dust grains of different sizes injected into a low-temperature plasma of an RF discharge in argon. A theoretical model describing the formation...

    Yu. A. Mankelevich, M. A. Olevanov, A. F. Pal’, T. V. Rakhimova in Plasma Physics Reports (2009)

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    Article

    Coagulation and growth mechanisms for dust particles in a low-temperature plasma

    We suggest a theoretical model of dust clustering in a low-temperature plasma that includes a description of all the main stages of this process, from the initial growth and coagulation of particles to the sat...

    M. A. Olevanov, Yu. A. Mankelevich in Journal of Experimental and Theoretical Ph… (2004)

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    Article

    Coagulation rate of dust grains in a low-temperature plasma

    The mechanisms for the interaction between dust grains in a low-temperature plasma are analyzed theoretically with the aim of describing the grain coagulation process. It is shown that the experimentally obser...

    M. A. Olevanov, Yu. A. Mankelevich, T. V. Rakhimova in Technical Physics (2003)

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    Article

    Effect of dust particles on the properties of low-temperature plasmas

    Parameters of a low-temperature plasma containing dust particles are calculated numerically with the help of a self-consistent solution of the balance equation for production and recombination of electrons and...

    M. A. Olevanov, Yu. A. Mankelevich in Journal of Experimental and Theoretical Ph… (2003)

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    Article

    Polarization mechanism of dust particle interaction in plasma

    The paper deals with the mechanism of interaction of dust particles in plasma, associated with their polarization in an electric field which may be produced both by an external source and by accumulated charge...

    Yu. A. Mankelevich, M. A. Olevanov in Journal of Experimental and Theoretical Ph… (2002)

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    Article

    Effect of polarized radiation on conductivity of thin anisotropic metal films

    M. A. Olevanov in Doklady Physics (2001)