A mathematical model of a thermoelectric device for intracavity hypothermia
摘要
We describe here mathematical modeling of thermophysical processes in a thermoelectric device (TED) for intracavitary hypothermia. The mathematical model of the TED is based on solution of a system of differential equations of non-stationary thermal conductivity for the “device—biological target” structure. The calculations yielded data on changes in temperature in various parts of the TED and the biological target over time.