STUDY OF THE HYDRAULIC PERFORMANCES OF THE PERSPECTIVE PATH OF THE LPS COOLING FOR THE SPACECRAFT PROPULSION SYSTEMS
A new method of the liquid propulsion systems (LPS) cooling is considered using a principle of the heat transfer agent inter-channel motion through a porous metallic mesh material. Theoretically a necessity of conversion from single-dimensional (longitudinal channel) to two-dimensional (inter-channel) inter-mesh motion of the heat transfer agent through the porous metallic mesh material is justified. The experimental data on the hydraulic resistance in the porous metallic mesh materials are presented.