Verifies the design method with an experiment and evaluates the indoor thermal comfort.
通过实验对设计方法进行了验证，并对室内热舒适性进行了评价。
The results show that the buried pipe ventilation system can improve indoor thermal comfort in hot climates.
结果表明，埋管系统通风降温可以改善炎热地区的室内热舒适性。
Study on optimal energy control of VAV air-conditioning system based on on-line indoor thermal comfort control;
变风量空调系统正常、有效的运行是由其空调系统的正确设计、施工和可靠、先进的控制所决定。
The influences of the form, power and location of indoor heat sources on the non-isothermal air jet and the indoor thermal comfort are investigated experimentally.
同时对不同热源形式、热源大小以及热源位置对空调射流和室内热舒适性的影响进行了实验研究，并根据实验结果对热源与射流的相互作用进行了讨论。
PMV is an indoor thermal comfort-representing index which is accepted internationally at present, as it can not be detected directly, its application is influenced.
PMV是目前国际上公认的反映室内环境热舒适度的指标，但由于其无法直接检测，故使其应用受到了影响。
And then, it needs to increase the supply air flow rate to ensure indoor thermal comfort, while it may bring about the rise in indoor thermal stratification height.
这样一来，下送风空调室内热分层高度就可能会有所的升高，致使下送风空调房间的温度效率降低。
Passive cooling is a building design approach that focuses on heat gain control and heat dissipation in a building, in order to improve the indoor thermal comfort with low or nil energy consumption.
无动力制冷是一个建筑设计的新方式，设计师们更多的关注热量的吸收控制和热量的损耗，以保证室内的温度宜人和能源的零消耗。
In order to reduce energy consumption while keeping a same indoor thermal comfort level, indoor temperature and relative humidity may be determined with the proposed method described in this article.
为了在保持室内适宜温度与相对湿度恒定的同时减少能量的损耗，则需要本文中论述的方案。
Changing the north balcony to kitchen can not meet the requirement of indoor temperature and thermal comfort. Some opinions are given in this paper.
寒冷地区利用封闭北阳台作厨房，不能满足室内温度及人体热舒适要求，本文提出了改进意见。
People typically spend over 80 percent of their time indoors where, however, is far from health and comfort in terms of thermal comfort index (TCI) and indoor air quality (IAQ).
人们80%以上的时间在室内度过，而调查显示，室内的热舒适指标(TCI)和室内空气品质(IAQ)仍远没达到健康、舒适的要求。
The effect of indoor mean radiant temperature on human thermal sensation was analyzed, according to the theory of thermal comfort.
根据热舒适性理论分析室内平均辐射温度对人体热感觉的影响。
Presents some measures to improve indoor thermal environment and advance thermal comfort of human body.
提出改善室内热湿环境、提高人体热舒适的措施。
The indoor thermal environment operated by the natural ventilation has beneficial effect on the thermal comfort of human beings.
在热舒适方面，自然通风形成的室内热环境有利于人体舒适性。
Summarizes the historical and present status of the study of thermal comfort of occupants and indoor air quality, looks forward to developing trends in this research field.
综述人体热舒适和室内空气品质研究的历史和现状，展望该研究的发展趋势。
This new type of air conditioning can both satisfy people's demand to thermal comfort and indoor air quality and has the mighty potential of energy conservation.
那么这种空调方式，既能满足人体热舒适和室内空气品质要求，又具有较大的节能潜力。
A variety of technical performance aspects are addressed such as energy, lighting, thermal comfort, maintenance and indoor air quality.
该工具包涉及到技术性能的各种方面，包括能量、照明、热舒适性、维修保养和室内空气质量等。
The results indicate that well-designed atrium and ventilating method can effectively improve the indoor thermal environment and satisfy the demand of human thermal comfort.
研究结果表明，良好的中庭建筑和通风设计能有效改善室内热环境，满足人体的热舒适要求。
The effect of calcium chloride used as the moisture absorption building material on improving the indoor thermal environment as well as the indoor comfort.
介绍了氯化钙作为吸湿相变材料在建筑围护结构中的应用，有利于节约能源、改善建筑物室内热环境、提高室内舒适度。
With the extensive application of air-conditioning technology, a higher requirement has been put forward not only on the thermal comfort but also in the thermal health on indoor thermal environment.
而且，空气调节技术的广泛应用使人们对空调环境提出了更高的要求，空调环境内人体的舒适和健康成了人们关心的重点。
This study analyzes the effect of flow rate balancing upon indoor climate and thermal comfort in a radiant floor heating system through field survey and computer simulations.
本研究通过现场调查和计算机模拟，分析了地板辐射采暖系统中流速平衡对室内气候和热舒适性的影响。
As such, energy consumption cannot be reduced with increasing indoor temperature for a given human thermal comfort level.
同时，为了提供适合人们的室内温度，能量的损耗不能随着室内温度的增加而减少。
As such, energy consumption cannot be reduced with increasing indoor temperature for a given human thermal comfort level.
同时，为了提供适合人们的室内温度，能量的损耗不能随着室内温度的增加而减少。
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