Experimental studies of intercomponent heat exchange in swirling gas-dispersion flow with counterflow component movement

Yudakov, Aleksandr Alekseevich; Tsybulskaya, Oksana Nikolaevna; Ksenik, Tatiyana Vitalievna

doi:10.23877/MS.TS.23.001

2015 1(16)

Short abstract

Pages:	3 - 7
Language:	RU
Ref.:	4

Download paper: [RU] 2015_1(16)_1.pdf

EXPERIMENTAL STUDIES OF INTERCOMPONENT HEAT EXCHANGE IN SWIRLING GAS-DISPERSION FLOW WITH COUNTERFLOW COMPONENT MOVEMENT

doi:10.23877/MS.TS.23.001

Yudakov A.A.^1,2, Tsybulskaya O.N.^1,2, Ksenik T.V.¹

¹ Institute of Chemistry FEB RAS, Vladivostok, Russia
² Far Eastern Federal University, Vladivostok, Russia

Citation:

Yudakov, A.A., Tsybulskaya, O.N. and Ksenik, T.V., (2015) Experimental studies of intercomponent heat exchange in swirling gas-dispersion flow with counterflow component movement, Modern Science: Researches, Ideas, Results, Technologies, Iss. #1(16), PP. 3 - 7. doi: 10.23877/MS.TS.23.001.

Keywords:

heat exchange; coefficient of heat emission; gas-dispersion flow; criteria dependencies

Abstracts:

Peculiarities of heat exchange in a swirling gas-dispersion flow with counterflow component movement were studied and experimental coefficients of heat emission were determined. Criteria dependencies were obtained that would enable one to calculate heat exchange parameters in devices using swirling two-component flows.

References:

Gorbis Z.R. Heat Exchange of Hydromechanics of Disperse Through-Flows. Мoscow: Energia, 1970. 423 pp.
Yudakov A.A. Swirling Gas Disperse Flows in Technological Devices. Vladivostok: Dalnauka, 2000. 278 pp.
Kuzma-Kitcha Yu.A. Methods of Heat Exchange Intensification. Moscow: MEI, 2001. 112 pp.
Laptev A.G., Nikolaev N.A., Basharov M.M. Methods of Intensification and Modelling of Heat-and-Mass Exchange Processes. Moscow: Teplotehnik, 2011. 335 pp.