Abstract

The first investigation devoted to experimental modeling of the lift of dust particles by shock wave over a target surface has been performed on the Saturn setup for studying the interaction of laser radiation with a porous chondritic target surface bearing finely dispersed talc particles. Results of experimental modeling can be used to describe the lift of dust particles from the zones of nonlinear and linear elastic deformation of a regolith substance characterizing a meteoroid impact on the Moon’s surface.

中文翻译：

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激光辐射作用于尘埃靶上的尘埃颗粒上升以及在月球表面模拟尘埃过程的可能性

摘要

在土星装置上已经进行了第一项研究，该研究致力于通过冲击波在目标表面上对尘埃颗粒的抬升进行实验建模，以研究激光辐射与带有细分散滑石颗粒的多孔软骨状目标表面的相互作用。实验建模的结果可用于描述尘埃颗粒从菱形物质的非线性和线性弹性变形区域升起的特征，该物质表征流星体对月球表面的撞击。