INFLUENCE OF GEOMETRIC SHAPES AND DIMENSIONS, AND AMOUNT OF COMBUSTIBLE LIQUIDS IN HIGH-TEMPERATURE SOURCE ON ITS IRRADIATION INTENSITY

Abstract

The article presents experimental parameters of the parameters of a high-temperature source of thermal radiation, which are used in the evaluation of the thermal protection properties of fire protection personnel's personal protection. The influence of the parameters of high temperature sources of thermal radiation on the estimation of the thermal radiation resistance of the means of the individual protection of firefighters in conditions close to the real ones was investigated. The character of the change in the intensity of the heat flux depending on the burning time of the high-temperature source is demonstrated, and the choice of the optimal geometric form for the high-temperature source is justified.