Vol. 25, issue 03, article # 14

Orlovskii V.M., Kirdyashkin A.I., Maksimov Yu.M., Baev V.K., Gushchin A.N. Features of radiant power-conversion efficiency of the porous gas torch with the ceramic-metal converter. // Optika Atmosfery i Okeana. 2012. V. 25. No. 03. P. 273-277 [in Russian].
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Abstract:

Power and spectral characteristics of radiation of a porous torch with the converter on a basis of ceramic-metal Ni-Al compounds were investigated. It is established that the general radiant conversion efficiency of a torch, working with natural gas, reaches 60% from caloric content of fuel, and power density of a stream of radiation, 30 Vt/sm2. It is shown that up to 65% of energy of radiation is concentrated in a wavelength range of 3-11 microns. From the analysis of the received data it follows that streams of radiation from a firm surface of the converter and from gaseous products of burning have comparable values. The parity of streams varies depending on a configuration and geometry of the converter and speed of supply of a fuel mix that is accounted by changes the thermal mode of the filtration burning wave. Here, the effective radiating temperature of products of burning and a firm surface are defined by power exchange of parameters between the gas stream and the converter.

Keywords:

filtration burning of gases, porous burner, spectral characteristics of radiation

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