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首页> 外文期刊>JSME International Journal. Series B, Fluids and Thermal Engineering >Effect of Non-Condensable Gas Mass Fraction on Condensation Heat Transfer for Water-Ethanol Vapor Mixture
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Effect of Non-Condensable Gas Mass Fraction on Condensation Heat Transfer for Water-Ethanol Vapor Mixture

机译:不可凝气体质量分数对水-乙醇蒸气混合物凝结传热的影响

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摘要

The condensation heat transfer characteristic curves for a ternary vapor mixture of water, ethanol and air (or nitrogen) under several ethanol concentrations and relatively low concentrations of air (or nitrogen) were measured. The effect of non-condensable gas on several different domains in the condensation curves was discussed. The effect of non-condensable gas in the domains controlled by the diffusion resistance and the filmwise condensation was not notable; whereas that in the domain dominated by the condensate resistance of dropwise mode was remarkable. Moreover, variations due to changes in non-condensable gas concentration of several characteristic points representing the curves were discussed.
机译:测量了几种乙醇浓度和相对较低浓度的空气(或氮气)下水,乙醇和空气(或氮气)的三元蒸汽混合物的冷凝传热特性曲线。讨论了不可凝气体对凝结曲线中几个不同区域的影响。在由扩散阻力和膜状冷凝控制的区域中,不凝性气体的影响不明显。在以滴水模式的耐冷凝水性为主的区域中,该值显着。此外,还讨论了由于代表曲线的几个特征点的非冷凝性气体浓度变化而引起的变化。

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