首页> 外文会议>9th International Conference on Indoor Air Quality and Climate Vol.3, Jun 30-Jul 5, 2002, Monterey, California >MEASUREMENTS OF EMISSION AND SINK EFFECTS FOR WALL COVERING MATERIALS BY USING A SMALL CHAMBER ADPAC
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MEASUREMENTS OF EMISSION AND SINK EFFECTS FOR WALL COVERING MATERIALS BY USING A SMALL CHAMBER ADPAC

机译:使用小腔室ADPAC来测量墙面覆盖材料的发射和下沉效应

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In this study, aldehydes and VOCs emission rates and sink effects for wall covering materials were investigated by using a small-scale chamber ADPAC (Advanced Pollution and Air quality Chamber). First, the measurements of emission rates were carried out for nine types of wall covering materials. Measurements were repeated after 1, 7 and 14 days. Emission rate of formaldehyde form a PVC wall covering was 42μg/m~2h after one day. Emission rates of wall coverings were equally decreased after 7 days, but they were increased again after 14 days. It may be supposed that some chemical substances were adsorbed on the wall coverings. Therefore, sink effects of wall covering materials were investigated for formaldehyde and toluene. Polluted air with given concentration was used. Span gas was used for experiments. By comparing the inlet and outlet concentration of the chamber, effect of adsorption on wall covering was investigated for formaldehyde and toluene.
机译:在这项研究中,使用小型腔室ADPAC(高级污染和空气质量腔室)研究了墙面材料的醛和VOC排放速率以及下沉效应。首先,对九种类型的墙面材料进行了排放率的测量。在1、7和14天后重复测量。一天后,PVC墙面甲醛释放量为42μg/ m〜2h。墙布的排放率在7天后平均下降,但在14天后再次上升。可以认为某些化学物质被吸附在墙面上。因此,研究了甲醛和甲苯对墙面材料的下沉作用。使用给定浓度的污染空气。跨度气体用于实验。通过比较腔室的入口和出口浓度,研究了甲醛和甲苯对壁覆盖物的吸附作用。

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