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Alloyarov K.B., Shokina Yu.V., Korobitsyn A.A.
Application expansion of mathematical model of fuel pyrolysis in IR smoke generator of improved productivity
Abstract. Studying laws of wood pyrolysis in infrared smoke generator is an actual problem in connection with all technological properties of smoke. The mathematical model of wood pyrolysis in infrared smoke generator has been developed. Physical processes of diffusion and thermo diffusion of water, drying, pyrolysis into layer of wood fuel have been studied and the main parameters of these processes have been calculated. The mathematical model of wood fuel pyrolysis practically gives some preliminary information about its temperature correlating virtually with all technological properties of smoke and allows to lighten development of new smoke generators.
Keywords: smoking, carcinogenic safety of product, smoke generation, wood fuel, hydraulic conductivity, heat and hydraulic conductivity, mechanism of heat and mass transfer, influencing factors, pyrolysis temperature
Printed reference: Alloyarov K.B., Shokina Yu.V., Korobitsyn A.A. Application expansion of mathematical model of fuel pyrolysis in IR smoke generator of improved productivity // Vestnik of MSTU. 2010. V. 13, No 4. P. -.
Electronic reference: Alloyarov K.B., Shokina Yu.V., Korobitsyn A.A. Application expansion of mathematical model of fuel pyrolysis in IR smoke generator of improved productivity // Vestnik of MSTU. 2010. V. 13, No 4. P. -. URL: http://vestnik.mstu.edu.ru/v13_4_n41/articles/09_alloy.pdf.
