Numerical method of calculation propagation electromagnetic wave in random discrete media

Abstract

In this work we consider the stochastic modeling of propagating waves in turbulently flowing liquid, gas and plasma. The problem of propagation of waves through flows with nonhomogeneous profiles of velocity and concentration of turbulence is solved. We consider multiple scattering of electromagnetic waves on the inside surfaces of turbulent bodies of revolution: cones and paraboloids. The results of calculations are compared with experimental data by ultrasonic and electromagnetic sounding of the turbulent flowing water and plasma. We consider the transfer of signals in an oscillator neural network with stochastic connections. This is the investigation of synchronization of an oscillator neural network by an external electromagnetic field.