Application of the thermodynamic similarity theory for analyzing and generalizing the experimental data on thermal conductivity of high-temperature gases, including low-temperature plasma

摘要

the thermodynamic theory of energy (mass) transfer processes in gas systems when affected by external (thermodynamic) forces is considered. Experimental data on shock tube and channel arc measurement of the gas thermal conductivity are analyze and compared with the available generalized results. The thermodynamic similarity theory for thermophysical properties of high-temperature Gases is elaborated and serves as a basis for generalizing the experimental data on argon And nitrogen thermal conductivity at temperatures up to 15000K.