In the Chapter 1, the background of the discussed topics and realistic significance is expounded. Meanwhile, the research situation of the mechanisms of heat and mass transfer in porous textiles and human thermal regulatory model is concluded and summarized.
基本内容如下: 第一章对提出问题的背景和现实意义做了阐述,同时对多孔织物热质传递机理及人体热调节模型的研究现状进行归纳和总结,找出了发展织物热湿耦合模型和利用发展的织物模型结合人体热调节模型,模拟人体动态热湿行为的研究思路。
参考来源 - 织物中热、质传递建模及着装人体数值仿真·2,447,543篇论文数据，部分数据来源于NoteExpress
低温工况下翅片管换热器的结霜是一个复杂的热质传递过程。
Frosting of finned tube heat exchangers is a complex process of heat and mass transfer under low temperature conditions.
同时，推导的有关公式可以为控制旋流器相关参数强化热质传递提供理论指导。
And some equations were got to control correlation parameter in hydrocyclone for intensifying heat and mass transfer.
本文应用热质传递的类比理论，对伴有大的热效应的多组元绝热吸收过程进行分析。
Based on the principle of Similarity between mass transfer and heat transfer, the multicomponent adiabatic absorption process with large thermal effect is analyzed.
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