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Relationship Between The Hole Diameter of Checkers in The Regenerative Chamber of Top Combustion Hot Blast Stove and Heat Exchange Capability

机译:顶部燃烧热风炉蓄热室中方格孔直径与热交换能力的关系

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摘要

This research has been carried out through top combustion type experimental stoves simulated at hot state.The capability of heat exchange for two kinds of checkers with different hole diameter have been compared.The results shows that checkers with hole diameter of 20mm have higher capability of heat exchange than that of checkers with hole diameter of 30mm,which is attributed to its more heat exchange area,small heat conduction thickness and big heat exchange coefficient.
机译:本研究是通过在高温状态下模拟的顶部燃烧式实验炉进行的,比较了两种不同孔径的方格的热交换能力,结果表明,孔径为20mm的方格具有较高的热交换能力。较之孔径为30mm的方格,其热交换面积大,热传导厚度小,热交换系数大。

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