Search
Results:
Vol. 13 (2010 year), No. 4
Alloyarov K.B., Shokina Yu.V., Korobitsyn A.A.
Application expansion of mathematical model of fuel pyrolysis in IR smoke generator of improved productivity
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.
(in Russian, стр.5, fig. 5, tables. 1, ref 3, Adobe PDF, Adobe PDF 0 Kb)
Vol. 14 (2011 year), No. 3
Alloyarov K.B., Vlasov A.B., Shokina Yu.V.
Increase of smoke generator energy efficiency basing estimation of heat flows by the method of numerical thermography
Methods for thermovision diagnostics of heat flow for infrared smoke generator has been developed. The methods help to get objective data about the size of these flows remotely, that makes the diagnostic process easier and more accessible. The developed methods make it possible to reveal unproductive heat flows and considerably simplify optimization of heat flows for the purpose of power supply.
(in Russian, стр.5, fig. 5, tables. 1, ref 6, Adobe PDF, Adobe PDF 0 Kb)
Vol. 15 (2012 year), No. 1
Shokina Yu.V., Glazunov Yu.T., Papusha A.N., Alloyarov K.B., Korobitsin A.A.
Clarification of diffusion and thermodiffusion coefficients in the mathematical model of process with infrared energy supply in smoke generating process
The paper considers the mathematical model of wood pyrolysis in an infrared smoke generator and some approaches to mathematical modelling of smoke generating process. Merits and demerits of the model have been discussed; limits of its application have been given; possible ways of the model purposeful improvement have been contemplated.
(in Russian, стр.4, fig. 3, tables. 0, ref 3, Adobe PDF, Adobe PDF 0 Kb)
Vol. 15 (2012 year), No. 1
Vlasov A.B., Shokina Yu.V., Alloyarov K.B., Prygunov A.I.
Diagnostics of the infrared smoke generator's heat flows by methods of quantitative IR-thermography with a purpose of energy efficiency raise
For a purpose of energy audit and on the basis of quantitative IR-thermography the diagnostic technic of heat flows produced by processing equipment in food production has been developed. The technic allows to obtain objective data on these flows' size and to work out a set of measures aimed at their optimization. Implementation of these methods has reduced nonproductive heat flows 7 times.
(in Russian, стр.4, fig. 4, tables. 0, ref 4, Adobe PDF, Adobe PDF 0 Kb)
Vol. 15 (2012 year), No. 1
Papusha A.N., Vlasov A.B., Shokina Yu.V., Alloyarov K.B.
Elaboration of automation system of smoke generation with an infrared energy supply
The automation system of an infrared smoke generator has been elaborated. The system is designed for decrease of energy consumption and maintaining planned parameters for production of smoke-air mixture virtually free of carcinogenic agents. The results have been presented for elaboration of automation system.
(in Russian, стр.4, fig. 5, tables. 3, ref 2, Adobe PDF, Adobe PDF 0 Kb)