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首页> 外文期刊>WSEAS Transactions on Environment and Development >The effect of building design on indoor climate and on indoor photochemical air pollutant concentrations
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The effect of building design on indoor climate and on indoor photochemical air pollutant concentrations

机译：建筑设计对室内气候和室内光化学空气污染物浓度的影响

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摘要

Indoor and outdoor O{sub}3, NO, NO{sub}2{sup}* (NO{sub}x-NO) were monitored in two buildings, along with CO{sub}2, temperature, relative humidity and incoming solar radiation. Both buildings have natural lighting, natural ventilation and similar use. The first building is old, built with stone, whilst the other is built with modern materials, such as plastic and metal. The difference in building construction materials is reflected in the indoor/outdoor (I/O) air pollutant concentration ratios, as well as in indoor climatic conditions. Modern building design combined with strong daylight, usually encountered in Greece, can lead to elevated indoor photo chemically related air pollutants and to micro-climatic conditions which create discomfort for people.
机译：在两座建筑物中监测了室内和室外O {sub} 3，NO，NO {sub} 2 {sup} *（NO {sub} x-NO）以及CO {sub} 2，温度，相对湿度和入射太阳能辐射。两座建筑物均具有自然采光，自然通风和类似用途。第一栋建筑是旧的，是用石头建造的，而另一栋则是用现代材料，例如塑料和金属建造的。建筑建筑材料的差异反映在室内/室外（I / O）空气污染物浓度比以及室内气候条件中。在希腊通常会遇到的现代建筑设计加上强烈的日光会导致室内光化学相关的空气污染物升高，并导致微气候条件，给人们带来不适。

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