Using the electromotive force of condensed system combustion to estimate the parameters of heat transfer through an obstacle

The paper describes a method for measuring the delay of combustion wave propagation through an obstacle and other heat-transfer parameters by continuous recording of electrical signals arising in a burning condensed system. This method is suitable for systems and obstacles that have marked electric conductivity. Results of investigation of combustion wave propagation through a tantalum obstacle in the 3Zr + 2WO$_3$ system using the proposed method are presented.