The problems of the theoretical and experimental study of the heat profile structure of the stationary combustion wave was examining. Recurrence of change the dominant mechanism of the heat exchange in the course of evolution of the stationary combustion wave at a rate of heterogeneity scale of the dispersive ambiences, having high three-dementional porosity within 50-70% and quasiperiodic layer structure, was installed. The role of the radiant carrying the heat in porous ambience it is shown. The methods of micropyrometry and thermal imaging of the heat profile and of the wave structures in combustion process was proposed.