Solution of the inverse heat conduction problem for controlling and monitoring temperature fields in a layer of dispersed product

A mathematical model of data transmission from the site of self-warming in a dispersed system with distributed parameters is suggested which allows one to perform systematic calculations of the parameters of the process of heat propagation in a silo tower. The inverse heat conduction problem is solved allowing one, by using information signals on the current temperature of a granular bed, to promptly guard against the occurrence of local sites of self-warming under conditions of grain storage.