1) thermal sensation
热湿感觉
2) thermal-moisture
热湿
1.
Their thermal-moisture comfort properties were investigated by the use of sweating-manikin and subjective evaluation methods.
文章分别利用出汗假人和主观实验,对吸湿快干型服装穿着热湿舒适性进行测试,并对主客观测试结果的一致性进行研究。
2.
Their thermal-moisture comfort properties were investigated using subjective evaluation method.
选取了8种针织服装,利用穿着实验对热湿舒适性进行评价。
3) heat and moisture transfer
热湿传递
1.
A model of heat and moisture transfer in porous textiles with microencapsulated phase change materials;
附加相变微胶囊多孔织物热湿传递模型研究
2.
The theoretical model of heat and moisture transfer in microclimate and the emulation software established by the author are used to imitate and analyse the heat conduction, convection, radiation and mass diffusion in a body-miroclimate-clothing system.
利用作者所建立的微小气候热湿传递理论模型,对人体表面、微小气候及服装间发生的导热、对流、辐射和质扩散等现象,利用Matlab语言编制的仿真软件进行了动态仿真。
3.
In order to analyze the dynamic heat and moisture transfer process in microclimate, a mechanism model was proposed.
综合考虑微小气候区的热湿传递现象 ,将温度梯度和水蒸汽压力梯度作为主要驱动力 ,同时考虑热湿相互耦合作用及相变过程中发生的蒸发冷凝现象 ,建立了一种反映微小气候热湿传递现象的机理模型。
4) hot and humid area
热湿地区
1.
The characteristic of the fresh air cooling load in cooling ceiling air-conditioning system of hot and humid area is analyzed,according to the weather parameter of Guangzhou,and the conclusion shows that more than 90% of the fresh air cooling load is moisture load in summer.
以广州为例分析了热湿地区冷却顶板空调系统新风冷负荷的特点,显示夏季空调期新风湿负荷占新风总负荷的90%以上。
2.
The fresh air cooling load in hot and humid area is analyzed.
分析了热湿地区新风冷负荷的构成，结果显示新风冷负荷中潜热冷负荷占87。
5) coupled heat and moisture transfer
热湿耦合
1.
Nonlinear property on coupled heat and moisture transfer in clothing ergonomics system;
服装工效系统热湿耦合的非线性特性
6) moisture
热湿特性
参考词条
补充资料：热液增湿
分子式：
CAS号：
性质：将湿气体与加热至平衡操作温度以上的液体（与气体中的湿气同种）直接进行接触而液体温度下降，湿度增加。气体温度下降或上升。
CAS号：
性质：将湿气体与加热至平衡操作温度以上的液体（与气体中的湿气同种）直接进行接触而液体温度下降，湿度增加。气体温度下降或上升。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。