FIELD: computer and network technologies.
SUBSTANCE: invention relates to computer and network technologies, namely, to technologies used to simulate dynamics of plasma and magnetic field in space around planet Mercury. In the disclosed method, a rectangular-parallelepipedal magnetosphere model of the investigated region is formed, the design cube is divided into equidimensional cubic spatial cells, for the selected direction of the interplanetary magnetic field, hybrid simulation is performed, the input parameters of which are distribution of the magnetic field in the design cube.
EFFECT: technical result achieved when using the claimed invention consists in reduction of computational resources for subsequent simulation of magnetosphere at different states of interplanetary medium due to formation of design grid of variable resolution, as well as high accuracy of determining value of self-consistent pattern of magnetic field and plasma in transition layer.
6 cl, 5 dwg
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