Abstract
Problems relating to enhancement of heat transfer and energy conservation in oil-water and oil-air oil coolers used at thermal and nuclear power stations are considered. Results from a calculation study on analyzing the efficiency of a few most advanced intensifiers of heat transfer are presented. The most efficient intensifiers are determined, and their considerable possibilities for energy conservation and saving of structural materials are estimated. industrial recommendations for improving the design of coolers and using preferable intensifiers are proposed and substantiated.
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