MONITORING THE STRESSED STATE OF THE STRUCTURAL COMPONENTS OF NUCLEAR POWER PLANTS ON THE BASIS OF THE APPEARANCE OF A TEMPERATURE FIELD IN THEM UNDER IMPACT LOADS

摘要

Nonstationary energy balance equations are derived for calculating the lattice and electron temperatures in metals. Results are presented for the lattice and electron temperature distributions in a shock-wave front. The results of these investigations are used as a basis for substantiating a method for monitoring the stressed state of the structural components of a nuclear power plant.