建筑室内空气品质评价与净化方法研究

发布时间：2018-05-03 16:10

本文选题：室内污染 + 室内空气品质　；参考：《青岛科技大学》2015年硕士论文

【摘要】：本论文主要针对国内建筑室内空气品质现状与发展趋势,围绕住宅室内空气品质评价方法与净化方法进行深入研究。建筑室内空气品质问题是众多污染物作用的结果。相关的室内空气品质研究虽有多年的研究但是总体控制效果并不好,每年都会发生众多由于室内空气品质问题导致人体产生严重疾病的例子,最突出的就是白血病的产生。同时由于住宅密封性的不断提高导致室内空气通风不足,这会加剧室内空气品质问题。虽然人们已经意识到室内空气问题与人体健康息息相关,但是由于相关知识的匮乏而导致认识不足。本论文会详细阐述建筑室内空气品质的污染源、品质性质、评价方法以及控制技术,并指出其中存在的主要问题。本文重点研究建筑室内空气品质的评价方法,主要是利用模糊数学和灰色理论对空气品质做出评价,然后对空气净化方法特别是光催化空气净化器进行重点的研究,实验证明该空气净化器能够有效的净化空气。最后综合国内住宅以及室内空气品质研究的现状提出诸多可以改善室内空气品质的意见与建议。
[Abstract]:Aiming at the present situation and development trend of indoor air quality in domestic buildings, this paper focuses on the evaluation and purification methods of indoor air quality in residential buildings. The problem of indoor air quality is the result of many pollutants. Although there have been many years of research on indoor air quality, the overall control effect is not good. Every year, there are many cases of serious diseases caused by indoor air quality problems, the most prominent of which is leukemia. At the same time, the indoor air quality problem is aggravated by the lack of indoor air ventilation due to the continuous improvement of house airtightness. Although people have realized that indoor air problem is closely related to human health, but the lack of relevant knowledge leads to lack of understanding. In this paper, the pollution sources, quality properties, evaluation methods and control techniques of indoor air quality in buildings are described in detail, and the main problems are pointed out. This paper focuses on the evaluation methods of indoor air quality in buildings, mainly using fuzzy mathematics and grey theory to evaluate air quality, and then focuses on air purification methods, especially photocatalytic air purifiers. Experiments show that the air purifier can purify the air effectively. Finally, some suggestions and suggestions are put forward to improve the indoor air quality by synthesizing the present situation of domestic residential and indoor air quality research.
【学位授予单位】：青岛科技大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：X823;TU834.8

【参考文献】