Molecular Physics and Chemistry
- theoretical investigation of condensation and evaporation processes
- clusters, properties, dynamics, interaction
- relaxation of internal degrees of freedom in molecules and clusters
- photoinduced nucleation/condensation
- heterogeneous condensation on charged particles
- scaling parameters of nucleation in vapors and plasma
- simulation of dissociation and relaxation in molecules and clusters
- condensation of metal vapors
- kinetics of polymers’ formation
Kinetic Theory
- kinetics equations for structural gases
- kinetics equations for nonideal gases
- kinetics equations for reacting gases
- analytical and numerical methods for solving kinetic equations
- problems of the Knudsen layer
Gas-dynamics and numerical mathematics
- CFD methods for flows with condensation, evaporation, relaxation and chemical reactions
- design of new TVD finite-difference schemes
- numerical simulation of a cometary tail formation process
- simulation of the solar wind interaction with a cometary coma
- new methods of influence on condensation processes (electronic beams, ultraviolet light etc.)
Heat-mass transfer and diffusion in complex media
- Problems with moving boundaries
- New analytic and numerical (FD) methods for solving thermal/diffusion equations in multilayer media and with phase transitions