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首页> 外文期刊>International Journal of Ventilation >Air Quality and Thermal Comfort in an Office with Underfloor, Mixing and Displacement Ventilation
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Air Quality and Thermal Comfort in an Office with Underfloor, Mixing and Displacement Ventilation

机译:地板,混合和置换通风的办公室的空气质量和热舒适性

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摘要

An underfloor ventilation system providing three different airflow patterns, a mixing ventilation system, and a displacement ventilation system utilizing a wall-based diffuser were tested in a mock-up of a typical office. The systems were operated under identical conditions. The criteria for evaluation included the distribution of air exhaled by two breathing thermal manikins, pollution emitted from the floor covering, velocity and temperature. It was shown that the inhaled air quality in rooms with underfloor ventilation depends on the association between the vertical penetration height of supply airflows and the stratification height of exhaled pollutants. However, no difference between the ventilation systems was found in regard to the floor pollution. The main conclusion is that underfloor ventilation systems providing a short vertical throw can ensure both a high air quality and a lower risk of thermal discomfort as compared to displacement ventilation and underfloor ventilation with a horizontal discharge pattern.
机译:在典型办公室的模型中测试了提供三种不同气流模式的地板通风系统,混合通风系统和利用壁式扩散器的置换通风系统。该系统在相同条件下运行。评估标准包括两个呼吸热人体模型呼出的空气分布,地板覆盖物散发的污染物,速度和温度。结果表明,地板通风不足的房间的吸入空气质量取决于送风的垂直渗透高度与呼出污染物的分层高度之间的关系。但是,通风系统之间在地板污染方面没有区别。主要结论是,与水平排风的排风和地板通风相比,地板通风系统提供短的垂直行程可以确保较高的空气质量和较低的热不适风险。

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