Abstract
A simulator of lunar soil and lunar dust has been developed, designed for modeling various engineering processes in terrestrial conditions. The elemental and granulometric compositions of the simulator were studied using X-ray fluorescence analysis, scanning electron microscopy and laser light scattering. The resulting material will be used in the future to simulate thermophysical processes when creating lunar power generating plants. The finely dispersed component of the simulator based on basalt wool will be used to study the filtration of lunar dust.
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