Intensification of heat-mass exchange processes in the immersed burning apparatus by contacting phases oscillation
DOI:
https://doi.org/10.15587/2313-8416.2015.46987Keywords:
immersed burning apparatus, heat-mass exchange processes, oscillation, bubblingAbstract
The problem of oscillation generation in contacted gas – liquid phases as the means of intensification of heat-mass exchange processes at bubbling of the gas – liquid system in the immersed burning apparatus (IBA) was studied. Kinematic and force characteristics in the wave field were determined. It was proposed to place the resonant bubbling devices in the outlet zone of burning products from IBA and at their entry to liquid. The experiments on laboratory-scale plants and technological plants show great potential of proposed apparatus
References
Kardashov, G. A. (1973). Heat-exchange acoustic process and apparatuses. Moscow, USSR: Mechanical Engineering, 223.
Sokolov, V. N., Domansky, I.V. (1973). Gas-liquid reactors. Leningrad, USSR: Mechanical Engineering, 216.
(2008). Universal heater of technological liquids UHTL-101.01. ТУ У 29.7-02070758-001:2008. Technical description. Dnepropetrovsk, Ukraine.
Isakovich, M. A. (1979). The general acoustics. Moscow, USSR: Science, 389.
(1963). Vocabulaire electrotechnique international. Gr.35: Electromechanical devices and their application. Moscow, USSR: Physmathgis, 69.
(1979). Ultrasound. Concise Encyclopaedia. Moscow, USSR: Soviet Encyclopaedia, 400.
Pein, G. (1979). Physics of oscillation and waves. Moscow, USSR: Mir, 389.
Bergman, L. (1975). Ultrasound and its application in science and technique. Moscow, USSR: Foreign Literature, 659.
Minnaert, M. (1933). On musical air bubbles and the sounds of minning water. Phil. Mag. 16 (7), 235.
Smith, F. D. (1935). On the destructive mechanical effects of the Gas bubbles liberated by the passage of intense sound through a liquid. Phil. Mag. 19 (7), 1137.
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