Structural-information parameters of dissipative structures on DILIS-M system surface

Abstract

In the present paper there are considered problems concerning analysis of stability of dissipative structures with viscous friction, i.e. dielectric liquid metal electrode (DILIS-M). Theory of kinetic energy changes through free surface of DILIS-M system for the case of liquid potential movement taking into account dissipative mechanism of viscosity is formulated. Stability regions for dynamic model of dissipative structures are constructed by numerical-analytical method of investigation.