Experimental and Theoretical Research on Concatenation of Acoustic and Shock Waves Parameters on Low-Temperature Plasma at Inside Combustion Flow

摘要

This report results from a contract tasking Leninetz Holding Company NIPGS as follows: Methods of research influence on shock wave formation can become a basis for creating highly effective. without inertia methods of management of the aerodynamic characteristics of flying devices. Use of energetically favorable methods of artificial plasma formations creation could lead to drag reduction suppression of sound barrier and to reduce undesirable sound influence. The research of electrophysical representation of processes in high-temperature reactor (HTR) represents the large interest for diagnostics and development of new types HTR and could lead to opportunities of noise decrease. At the same time measurements of electrophysical parameters (potential and current density) allow the organizing of a feedback for correction of parameters of work HTR in the appropriate mode. The experimental data on the mutual influence (including its influence on noise) of these phenomena will be the subject of the first part of this project. The second part will be devoted to study shock waves formation in weakly ionized plasma.