High-temperature oxidation of metals with allowance for radiative heat transfer

The influence of radiation on the characteristics of high-temperature and hysteresis oxidation regimes for a metal particle with an oxide film in a condensed state on its surface is studied. Conditions are defined under which radiative heat exchange with cold walls of the reactor decreases the burning temperature, critical temperatures, and oxide-film thickness, i.e., parameters characteristic of ignition and forced and spontaneous extinction of a metal particle.