PHYSICAL MECHANISMS OF VIBRATING COMBUSTION OF SOLID BIOFUEL

The results of the study of vibrating combustion of solid biofuel are presented. It has been established that on transition to vibrating combustion, the fl ame temperature decreases, and the heat fl ux density on the combustion chamber wall increases. In this case, the combustion process is accompanied by intense acoustic radiation. A theoretical model of vibrating combustion of solid biofuel is proposed.
The results of the study of vibrating combustion of solid biofuel are presented. It has been established that on transition to vibrating combustion, the fl ame temperature decreases, and the heat fl ux density on the combustion chamber wall increases. In this case, the combustion process is accompanied by intense acoustic radiation. A theoretical model of vibrating combustion of solid biofuel is proposed.
Author:  V. D. Geshele, I. P. Raskatov
Keywords:  vibrating combustion, solid biofuel, thermoacoustic self-excited oscillations fl ame, heat fl ux
Page:  1172