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Indoor air quality performance in air-conditioned museum gallery

机译:空调博物馆画廊室内空气质量表演

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The performances of IAQ in Malaysian museum galleries have not been well investigated. As a hot and humid country, air conditioning (AC) systems are used in enclosed galleries. Improper AC systems may affect IAQ levels as they may not only affect people but also artefacts deterioration. Selected IAQ parameters were measured in selected museum galleries in Peninsular Malaysia by using active sampling with multiple sensors at several points continuously. Results on average values for indoor temperature and carbon dioxide complied with people and artefact threshold level. However, air velocities were far below the recommended level. Visitors' influx influenced CO2 levels but did not affect the resuspension and reposition of PMi. It started to increase when the CO2 decreased. This highlighted the contribution of this research as guideline for IAQ in museum is only up to the concentration of PM2 5. Poor Va and the existence of PMi were expected due to the inefficiencies of the AC systems as higher cooling capacity did not influence better IAQ performance. It was concluded that, IAQ performance in the selected galleries did not perform well due to poorly ventilated cool air supply and improper layout of air inlets due to the ceiling heights and hanging decorative ceiling.
机译:IAQ在马来西亚博物馆画廊的表演并未得到很好的调查。作为一个热潮湿的国家,空调(AC)系统用于封闭的画廊。不正确的AC系统可能会影响IAQ水平,因为它们不仅影响人们,而且还影响人工制品恶化。选择的IAQ参数在半岛马来西亚的选定博物馆画廊中测量,通过在几点连续上使用有多个传感器的主动采样。导致室内温度和二氧化碳的平均值符合人员和人工制品阈值水平。然而,空气速度远远低于推荐的水平。游客的涌入影响了二氧化碳水平,但不会影响PMI的重避和重新定位。当CO2减少时,它开始增加。这突出了这项研究的贡献,因为IAQ在博物馆的指南只能达到PM2的浓度5.由于交流系统的低效率,预期差VA和PMI的存在,因为交流系统的效率低,因为更高的冷却能力不会影响更好的IAQ性能。得出的结论是,由于天花板高度和悬挂装饰天花板,所选画廊的IAQ在所选画廊的性能并未表现出很好的呼吸空气供应和空气入口不当布局。

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