Abstract
The intensification of heat transfer from steam to water is studied on a model of a jet condenser by splitting the falling jets using a grid installed in a steam chamber above a water layer, into which the secondary jets that are forming on the grid are immersed. The studies have demonstrated a high efficiency of this method and allowed us to reveal the key determining factors and conditions for attainment of the maximum heat transfer. The empirical dependence of the heat transfer below the grid on grid parameters and height of its location, as well as the main construction and mode parameters of the setup, is obtained. The study results were successfully tested in technological scale setups.
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