Heating of plates with an absorption coefficient dependent on temperature and radiation flow
Indexed on: 01 May '80Published on: 01 May '80Published in: Journal of Engineering Physics and Thermophysics
Abstract
Plate heating with a temperature-dependent absorption coefficient is investigated. It is shown that with increasing power density of an incident flux the kinetics of temperature growth undergoes pronounced qualitative changes. The threshold power density value at which plate heating is accompanied by darkening as well as the darkening time are found. Calculation results are in good agreement with experimental data.
