Chinese translation for "thermal sensation"

热感觉
温度觉

Related Translations:

aching sensation:  酸感

articular sensation:  关节感觉

sensation threshold:  感觉阈限感觉阈值

weight sensation:  重量感觉

referred sensations:  牵涉性感觉

oral sensation:  口腔感觉

dry sensation:  干燥感

glass sensation:  玻璃感觉

visual sensation:  视感觉视觉感视觉阈

contact sensation:  触觉

Example Sentences:

	1.	Experimental research on human thermal sensation under diverse indoor environment parameters 室内环境参数差异条件下人体热感觉实验研究
	2.	Variation of average body temperature and prediction of thermal sensation under temperature - variable condition 温度突变环境下人体平均温度变化及热感觉预测
	3.	But how to realize it and how to evaluate people ' s thermal sensation and thermal comfort is become more and more important 而采用何种环境参数组合才能实现这一目的、如何对居室热环境进行合理的评价就显得尤为重要。
	4.	Results show that there exist obvious differences and interesting connections between the fluctuation characteristics of natural and mechanical wind in built environment , which may be main reason why people have different thermal sensations to them 研究结果表明，建筑环境中的自然风和机械风的气流动态特征尤其在风谱特征上有着明显的区别和有趣的联系，这很可能是导致人们对自然风和机械风有不同感受的主要原因。
	5.	Analysing collected data , finds that chillness - tolerance of females is poorer than that of males , that the predicted effect of thermal sensation is not accurate by predicted mean vote ( pmv ) index , that evaluation on humidity sensation for males and females is almost the same except in a low - temperature environment where females are more sensitive to humidity than males , that draught sensation of females is more obvious than that of males , and that thermal comfort evaluation is affected by more environmental and psychologic factors besides thermal and humidity sensations 统计分析结果表明，女性的耐寒能力比男性差；预期平均评价pmv指标对男女热感觉的预测效果较差；男女对湿感觉的评价无较大差异，只在温度较低时，女性比男性觉得更潮湿；女性的吹风感比男性强；热舒适评价不仅受热、湿感觉影响，还受其他环境因素及心理因素的影响。
	6.	Adopted the questionnaire form to do subjective estimation for thermal sensation 、 thermal comfort 、 effects of ventilation air change and so on in ceiling air conditioning system , parietal air conditioning system and ufad . and tested air parameters and calculating estimated indexes that are used to reflect thermal environment and thermal comfort . the results suggested the characteristic of saving energy and improving indoor air quality 通过问卷调查形式,对顶棚送风、侧送风及地板送风三种送风方式下的人体热感觉、热舒适感及通风换气效果等进行了主观评价,并通过对环境参数的测量,计算反映热环境和热舒适性等的评价指标,结果表明地板送风空调系统具有节能和提高室内空气品质的特点。
	7.	The relation between thermal environment parameters for instance air temperature , relative humidity , air velocity and thermal sensation or thermal comfort has been studied in all environments . the differences of thermal sensation or thermal comfort in this environments and pmv - ppd are researched too 并分析了在实际空调环境下、自然通风环境下和实验空调环境下空气温度、湿度、空气流速、环境辐射温度等参数对人体热感觉和人体热舒适的影响;并将人体热感觉和人体热舒适与pmv - ppd指标进行了比较分析。
	8.	In changsha air conditioning buildings 50 % of the summer temperature in is lower than the summer neutral temperature 25 . 4 ; and 56 % of the winter ’ s is higher than the summer neutral temperature 22 . 2 . according to conclusion of connection between the thermal sensation or thermal comfort and pmv , the best environment parameters have been calculated 发现长沙市夏季室内空调温度50 %的房间温度低于夏季实际空调环境下中性温度25 . 4 ;冬季室内空调温度56 %高于冬季实际空调环境下中性温度22 . 2 。
	9.	Through having done field surveys in the campus of chongqing university , this paper tested classroom indoor and outdoor climate parameters in june , july and september of 2005 , it used questionnaire to acquire subjects ’ thermal sense , draft sense and humidity sense in classroom each month , and programmed composition to compute predicted mean vote and compared pmv with the field testing results of mean thermal sensation vote . it is discovered that pmv is overvalued the college student ’ thermal sensation in chongqing . it finds that people in chongqing adapt to the typical summer hot and winter cold sweltering weather 对重庆地区高校教室的现场调查,测试了重庆大学2005年六月、七月和九月教室室内外热环境参数,通过采用问卷主要掌握了受测对象教室里的冷热感、气流感和潮湿感,通过编制程序求得预测平均热感觉评价pmv的值,比较pmv和问卷调查得到的平均热感觉mtsv ,发现pmv预测值高估了重庆地区高校学生的热感觉,这里的人群对重庆这种夏热冬冷地区比较典型的闷热气候具有一定的热适应性,对现场问卷调查的结果进行分析,得出了室内空气温度、气流速度、相对湿度与人体主观感觉之间的回归曲线,发现重庆地区高校学生热中性时的空气温度为25 . 5 , fanger根据欧美人群调查得到的公式计算出的预测热感觉为中性时的空气温度为25 . 0 ,两者相差0 . 5 。

Similar Words：

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