THE SECOND INTEGRAL FORM OF THE HEAT EQUATION AS A MATHEMATICAL MODEL OF THE THERMOPHYSICAL MEASUREMENTS
The theoretical foundations of obtaining the second integral form of the equation of heat conduction for one-dimensional and two-dimensional objects of the thermophvsical measurements are considered. It is shown how this mathematical model can be converted into a measurement of the thermal conductivity of high thermal conductivity materials on samples in the form of a two-di mensi onal pl ate.