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Brazhnaya I. E., Glazunov Yu. T., Ershov A. M.
Studying the process of smoke generation in the friction smoke generator and solution of the inverse problem of heat conduction
Abstract. The paper contains the analysis of the optimal range of wood humidity for smoke production in the friction smoke generator, the impact of the initial mass fraction of water in the wood on color formation on the finished product, the dependence of temperature distribution in a semi-infinite medium on the heating time. The results of solving the inverse heat conduction problem have been shown
Keywords: friction smoke generator, wood moisture content for smoke production, temperature distribution in semi-infinite medium, thermal diffusivity
Printed reference: Brazhnaya I. E., Glazunov Yu. T., Ershov A. M. Studying the process of smoke generation in the friction smoke generator and solution of the inverse problem of heat conduction // Vestnik of MSTU. 2015. V. 18, No 4. P. 620-625.
Electronic reference: Brazhnaya I. E., Glazunov Yu. T., Ershov A. M. Studying the process of smoke generation in the friction smoke generator and solution of the inverse problem of heat conduction // Vestnik of MSTU. 2015. V. 18, No 4. P. 620-625. URL: http://vestnik.mstu.edu.ru/v18_4_n63/07_Brazhnaya_620_625.pdf.
