A new model to simulate the atmospheric radiation for the atmosphere-ocean interchange radiative transfer

The different models and approximations of the optical transfer operator (OTF) are employed in multidimentional problems of radiative correction for remote sensing of ocean, in theories of sight and image propagation in turbin media, and in theoretical and computational fundamentals of optical-electronic remote-sensing systems. In this paper we present new results - the sets of basic models to compute the optical radiation transfer in atmosphere-ocean system (SAO). The basic sets of the influence functions (IFs) and the spatial-frequency characteristics (SFCs) of the atmosphere and ocean are determined. This sets of IFs and SFCs are invariant with respect to the reflection and refraction properties of the air-water boundary. The mathematical modelling method is proposed to compute the solar radiation field in the atmosphere-ocean of the separated solutions for the atmosphere and the ocean.