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The influence of constructional features and of buildings on indoor Rn entry: experimental research in Catania city (Italy)

机译:建筑特征及建筑物对室内RN进入的影响:卡塔尼亚市的实验研究(意大利)

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The research, carried out for three years, take place within the sphere of ERRICCA (European Research into Radon Construction Concerted Action) funded in part by the European Commission and culminated in final workshop "Radon in The Living Environments" organized by National Technical University of Athens (April 1999). Authors held inquires and radiation measurements to seek out constructive features of buildings influencing Radon indoor admittance. The measured concentrations have been correlated with constructive features of buildings to discover the most significant connections. The results of research point-out that the buildings features and the placements of constructions on urban agglomeration are influent on Rn admittance into the indoor environments and allow the factors that producing indoor store of gas. At least, people built for, each general buildings typology, a general guidance that permits to choice the most suitable control technics to full down Rn concentrations to safe values for health of inhabitants.
机译:在欧洲委员会部分资助的Erricca领域(欧洲研究进入Radon Construction Actions)的领域进行了三年的研究,并在国家技术大学组织的最终研讨会“氡”雅典(1999年4月)。作者举行了探究和辐射测量,以寻求影响氡气室内入场的建筑物的建设性特征。测量的浓度与建筑物的建设性特征相关,以发现最重要的连接。研究结果指出,建筑物的特点和建筑对城市集聚的展示在于RN进入室内环境的影响,并允许生产室内气体储存的因素。至少,每个普通建筑物类型的人都建造了一般建筑物,这是一个允许选择最合适的控制技术的一般指导,以满足居民健康的安全价值。

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