Abstract
One of the features of corium is the presence of residual energy release. Induction heating is used as a method for physical modeling of residual energy release at the LAVA-B installation. The article is devoted to the induction heating of corium during experimental studies of its interaction with heat-resistant materials at the Lava-B installation. The results of the analysis of parameters that affect the efficiency of the induction heating system, and determine the optimal conditions for increasing the power and efficiency of simulation of residual energy release are presented. As a result of this work, some conclusions are made about the necessary conditions for increasing energy release in corium and the efficiency of induction heating as a method of physical modeling of residual energy release in corium