V. V. Levdanskii

Dependence of the Condensation (Sticking) Coefficient on the Radius of Small Aerosol Particles

The processes of condensation-evaporation and adsorption-desorption of molecules on small aerosol particles are investigated theoretically with account for the dependence of the condensation (sticking) coefficient on the particle size.

Influence of surface phenomena on the growth of aerosol particles in a buffer (admixture) gas

The influence of a buffer (admixture) gas on the deposition of molecules of a vapor on particles of an aerosol system is investigated.

Chemical Deposition on Aerosol Particles

Problems on the growth of aerosol particles in chemical deposition with allowance for the influence of a buffer (impurity) gas have been investigated theoretically.

Influence of the Temperature Distribution on Chemical Deposition in Internal Problems

The issue of uniform deposition of a substance for the two‐stage kinetics of a heterogeneous chemical reaction is investigated based on the molecular‐kinetic approach.

Kinetics of Physical and Chemical Deposition of a Substance from the Gas Phase in Channels

Based on the molecular-kinetic approach, the processes of physical and chemical deposition of a substance from the gas phase on the interior surface of a channel are investigated. The problem of deposition of films which are uniform in thickness is discussed.

Particle growth in chemical deposition from the gas phase

The effect of the physicochemical processes occurring in an evaporator and a reactor on the growth of aerosol particles is investigated.

Particle growth in laser radiation-induced chemical deposition of a substance from the gas phase

Consideration is given to problems of the kinetics of laser radiation-induced growth of aerosol particles in gas deposition of molecules with allowance for the chemical reaction.