Mass transfer from a wall to a gas-liquid flow in an inclined flat channel
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Abstract
Experimental study is made of mass transfer from a wall to a gas-liquid flow in an inclined flat channel. Measurements are made by the electrodiffusional method. It is shown that maximum values of mass transfer correspond to intermediate ones of inclination angles of the channel. The effect of the gas phase structure on mass transfer is examined.
Keywords
Experimental Study Mass Transfer Statistical Physic Phase Structure Inclination Angle
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© Plenum Publishing Corporation 1994