Technology of Creation of Radio Transparent Armor Protection of Radio Engineering Equipment of Various Purposes From Fire Destroying Impact

Abstract

The paper considers the relevance of the work on the creation of radio‑transparent armor protection of radio engineering equipment. A typical design of multi‑layer ceramic armor is considered, the mechanism of interaction of external fire impact and armor protection is disclosed. The complexity of fulfilling the conflicting requirements for ensuring high resistance to fire impact, provided that the necessary radio characteristics are preserved and the mass and size parameters are minimized, is noted. Special engineering solutions have been proposed for meeting the indicated requirements, in particular, the use of compensatory grids in the structure of the material of radio‑transparent armor. A comparison of some ceramic materials and armor steel, using them as the basis of radio transparent armor, is given. The choice of a computing platform with a heterogeneous architecture, which allows the simultaneous use of modules with different architectures in different configurations, during the synthesis of radio‑ transparent armored materials, is substantiated.