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首页> 外文期刊>International Journal of Environmental Research and Public Health >An Assessment of Indoor Air Quality before, during and after Unrestricted Use of E-Cigarettes in a Small Room
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An Assessment of Indoor Air Quality before, during and after Unrestricted Use of E-Cigarettes in a Small Room

机译:在小房间内无限制使用电子烟之前,之中和之后的室内空气质量评估

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Airborne chemicals in the indoor environment arise from a wide variety of sources such as burning fuels and cooking, construction materials and furniture, environmental tobacco smoke as well as outdoor sources. To understand the contribution of exhaled e-cigarette aerosol to the pre-existing chemicals in the ambient air, an indoor air quality study was conducted to measure volatile organic compounds (including nicotine and low molecular weight carbonyls), polycyclic aromatic hydrocarbons, tobacco-specific nitrosamines and trace metal levels in the air before, during and after e-cigarette use in a typical small office meeting room. Measurements were compared with human Health Criteria Values, such as indoor air quality guidelines or workplace exposure limits where established, to provide a context for potential bystander exposures. In this study, the data suggest that any additional chemicals present in indoor air from the exhaled e-cigarette aerosol, are unlikely to present an air quality issue to bystanders at the levels measured when compared to the regulatory standards that are used for workplaces or general indoor air quality.
机译:室内环境中的空气传播化学品来自多种来源,例如燃烧燃料和烹饪,建筑材料和家具,环境烟草烟雾以及室外来源。为了了解呼出的电子烟气雾对周围空气中已有化学物质的影响,进行了室内空气质量研究,以测量挥发性有机化合物(包括尼古丁和低分子量羰基化合物),多环芳烃,烟草专用在典型的小型办公室会议室中使用电子烟之前,期间和之后,空气中的亚硝胺和微量金属水平。将测量结果与人类健康标准值(例如室内空气质量准则或已建立的工作场所暴露极限)进行比较,以为潜在的旁观者暴露提供背景信息。在这项研究中,数据表明,与用于工作场所或一般场所的法规标准相比,呼出的电子烟气溶胶室内空气中存在的任何其他化学物质,都不大可能给旁观者带来空气质量问题。室内空气质量。

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