1) thermal sensation
冷热感
1.
Moreover,the effect is compared using the thermal sensation and comfort in the different heating condition.
探讨改善冬季浴室温热环境的取暖方法,通过在空气制暖和地面热辐射同时作用下的被验者实验,分析浴室环境的热特性,比较被验者的冷热感、舒适感,分析不同取暖条件下的人体反应,探索冷热感不“冷”、舒适感“舒适”的适当取暖条件。
2) PMV
预计冷热感指标
1.
The object of this study is to calculate predicted mean vote(PMV) and predicted percentage of dissatisfied(PPD) under thermal environment index.
探讨建筑室内温热环境指标的预计冷热感指标PMV,以及冷热舒适感预计不满率PPD的具体计算内涵。
3) popular and unpopular
冷热
4) cold and hot coefficient
冷热系数
5) thermal cycle
冷热循环
1.
Microscopic analysis on hardened portland cement concrete under thermal cycles;
冷热循环负荷作用下混凝土微观形貌分析
2.
The effects of thermal cycles on the properties of CuZnAl shape memory alloys under different heating temperatures, pre-deformations ε and amounts of complex rare earth mixture added were researched with electronic microscopes.
采用不同的热循环温度、不同的预应变量ε、不同的复合稀土加入量以及透射电镜方法,研究了冷热循环对CuZnAl形状记忆合金的相变温度、记忆性能的影响。
6) cold-hot fatigue
冷热疲劳
1.
CoCrMoSi coating was deposited on CrZrCu with HVOF,and its cold-hot fatigue and war resistance were studied,analyzed and compared with NiCo plated coating widely applied in metallurgy industry.
采用光学显微镜、SEM及EDS等方法,对涂层的冷热疲劳性能和抗磨损性能进行了分析研究,并与当前冶金行业大量使用的电镀NiCo镀层进行对比。
2.
Co based alloy coating was deposited on the narrow side CrZrCu plate of the slab continuous caster with HVOF and the cold-hot fatigue was compared with Co-Ni plating coating.
结果表明:450℃下进行冷热疲劳试验,Co基合金涂层经过113次后,涂层还保持完好无损,未出现任何缺陷,而电镀镀层只能承受37。
参考词条
补充资料：感感
1.感激。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。