About New Approach to Simulation of Atmosphere-Ocean Interchange of Short-Wave Radiation

The sun radiation transport in the atmosphere-ocean system (SAO) is simulated as the radiation transfer in two-media slab with air-water dividing border, reflecting and refracting of radiation on Frenel's law. The contribution of the media dividing interface and of the ocean as the scattering medium are evaluated by the influence functions method. Several models of taking account of the atmosphere-ocean interchange of short-wave radiation are suggested as the different approaches to the optical transfer operator of SAO. A new approach is effective in case when the atmosphere is dynamic and the ocean is conservative. Constructed algorithm is adaptable to the multiprocessor computer system with the parallel structure.