Numerical solving the herat equation with data on a time-like boundary for the heated thin foil technique

Abstract

In this paper, a numerical algorithm for solving the heat equation with data on a time-like boundary is presented. This result is necessary for the heated thin foil technique, which is used to study stationary and non-stationary transport processes in the region of the “solid-liquid-vapor” contact line. The algorithm was tested on real data obtained during laboratory experiments.