THE LATTICE-GAS MODEL IN MICRO-AERO-HYDRODYNAMICS PROBLEMS

摘要

The lattice-gas model was extended for problems of molecular flows in gaseous and liquid aggregate conditions. Kinetic theory has allowed to construct the Na-vier-Stokes type equations, which were used for describing dynamics of molecular flows on atomic-molecular level for fluids in narrow pores and for contact line motions on open surfaces. New approach gives possibilities for investigation of various molecular flow processes in wide time interval from the picosecond scale up to the millisecond scale and the lattice-gas model can be used as unified technique for dynamics processes in all three aggregate states.