INSTALLED THERMAL RANGE OF THE ROUND CHANNEL IN THE CONDITIONS OF DIELECTRIC HEATING

Abstract

Using the method of elementary thermal balances, theoretical dependences were constructed on the calculation of the steady-state thermal conditions of a circular channel with a moving incompressible coolant under conditions of dielectric heating. Such local parameters along the channel length as the coolant temperature, internal and external wall temperature, and also their maximum values and location coordinates are found. According to these data, the working capacity of the technological channel under microwave influence is estimated.