摘要
介绍能连续净化气体的离子交换树脂类吸附设备。建立在封闭空间使用时的通风模型，得到吸附设备与室内的污染物量、污染物浓度逐时变化经的解析解、近似解。利用模型可根据要求的使用时间，确定最小内循环风量，实现节能。模型物理意义明确，易于工程直接应用。
Introduces the exchange resin adsorbed-equipment used for continuous purifying gas. The quantity and concentration of contaminates in a closed space with an adsorbed - equipment is deduced by the model of ventilation on the situation. The model is clear in physics and convenient in airectuse in engineering. By usig it, the minimum air volume of ventilation could be calculated according to time limitation asked by client. The goal of energy saving could be carried into effect.
出处
《建筑热能通风空调》
2000年第2期7-9,共3页
Building Energy & Environment
关键词
空气净化
离子交换
通风模型
吸附设备
最小风量
Purify, exchange resin, model of ventilation minimum air volume energy saving
