A model of short-range forecast of homogeneous atmospheric boundary layer parameters in view of solving the problems of laser beam propagation in the atmosphere

摘要

The paper suggests a model for predicting the behavior of the optical characteristics of a medium that determine the character of laser beam propagation in the atmosphere. These are first of all the refractive index and the refractive-index-structure parameter as well as the wind velocity, kinetic turbulence energy, dissipation energy speed and other meteorological parameters that are important in the laser propagation problem. The prediction of the refractive index and the refractive-index-structure parameter is based on the known equations of the theoiy of wave propagation in a turbulent atmosphere and a mathematical model for short-range forecast of evolution of local meteorology and turbulent structure of the atmospheric boundary layer (ABL).