MODELING AND DYNAMIC CORRECTION OF THE THERMAL RADIATION FLUXES MEASURING SYSTEM

Temperature measurements are currently an integral part of modern production, in particular, energy, aviation, instrumentation, etc. Therefore, the need to improve the accuracy of measurement, control and regulation of temperature largely determines the technical and economic efficiency of production. The development of reliable methods for temperature control under various conditions and the creation of specific devices is one of the most important tasks of modern instrumentation. The article deals with the issues of solving the problems of modeling and correcting the dynamic characteristics of a system for measuring thermal radiation fluxes using the integral method of signal recovery. For computer simulation, the quadrature method was chosen as a numerical method for solving the Volterra equation of 1st kind. The results of experiments and graphs of the recovered signals are presented.

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