Abstract
Corrosion products of structural materials when contained in water usually are in two states: soluble state and colloidal particles with diameter about 10−3–10−1 µm. Deposits of such corrosion products on tube surfaces under high pressure will jeopardize the operating economy of power plant equipment and even result in accidents. A numerical study is reported in this paper of the natural convective heat and mass transfer on a vertical heated plate subject to the first or mixed kind of boundary conditions for high-pressure water (P=17MPa) containing metal corrosion products with consideration of variable thermophysical properties.
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