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>EXPERIMENTAL STUDY OF NATURAL-CONVECTION HEAT AND MASS TRANSFER IN AN ANNULAR ENCLOSURE WITH A COLD INNER CYLINDER
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EXPERIMENTAL STUDY OF NATURAL-CONVECTION HEAT AND MASS TRANSFER IN AN ANNULAR ENCLOSURE WITH A COLD INNER CYLINDER
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机译：EXPERIMENTAL STUDY OF NATURAL-CONVECTION HEAT AND MASS TRANSFER IN AN ANNULAR ENCLOSURE WITH A COLD INNER CYLINDER
An experimental study of natural-convection heat and mass transfer flow of a CuS04+ H2SO4+ H2O solution in a horizontal cylindrical annulus is performed using an electrochemical system that enables both opposing or cooperating temperature and concentration gradients to be imposed. The flows have double-diffusive characteristics because of the large difference between the thermal and solutal diffusion rates. It is found that in both cases the interaction between the temperature and concentration fields causes a fingering and multilayer flow structure in the core region.
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