This paper analyzes the solar radiation effect on the building indoor thermal environment and researches the actions of external Windows shading in the building energies economical.
本文分析太阳辐射对建筑室内热环境的影响，研究外窗遮阳在建筑节能中的作用，进而提出建筑外窗的遮阳措施。
Thermal effect of tropical seasonal rain forest is so complicated and multiform that makes thermal effect distribution diversification and induces microclimatic environment heterogeneity.
热带季节雨林中热力作用复杂、多样，使得热力效应时空分布趋于多样化，导致小气候环境异质性。
A suitable sun-shading design can improve the indoor thermal environment, but the window with the sun shading has a negative effect on the room's lighting and ventilation.
合适的遮阳设计可以改善建筑的室内热环境，但窗口设置遮阳之后，对房间的采光和通风产生不利的影响。
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。
With the city expanding, energy consumption and environment destroying show negative effect on the thermal micro-environment of urban areas.
城市的扩展、能源的消耗和自然环境的破坏给城市区域微热环境造成了消极影响。
The thermal effect of discharged cooling water and that of residual chlorine on the ecological oceanic environment are analyzed in addition.
并分析火电厂温排水和残余氯对海洋生态环境的影响。
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。
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。
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