引用本文:张文渊,陈建华,贾铭椿,张凯.基于AHP的密闭环境空气质量评价模型及其应用[J].环境监控与预警,2010,2(1):44-46
ZHANG Wen-yuan, CHEN Jian-hua, JIA Ming-chun, ZHANG Kai.AHP- based Closed Environment Air Quality Assessment Model and its Application[J].Environmental Monitoring and Forewarning,2010,2(1):44-46
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基于AHP的密闭环境空气质量评价模型及其应用
张文渊,陈建华,贾铭椿,张凯
海军工程大学船舶与动力学院, 湖北 武汉430033
摘要:
针对指数法在评价密闭环境空气质量中存在评价因素单一,不能反映多种污染物对空气环境质量的综合影响等缺点,结合模糊数学的原理与方法,对密闭环境空气质量进行评价。采用层次分析法赋权,按最大隶属原则,通过模糊数学模型对某密闭环境空气质量进行综合评价,评价结果较科学地反映了空气质量的真实状况。
关键词:  空气质量  密闭环境  模糊数学法  层次分析法
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AHP- based Closed Environment Air Quality Assessment Model and its Application
ZHANG Wen-yuan, CHEN Jian-hua, JIA Ming-chun, ZHANG Kai
College of Naval Architecture and Power, Naval University of Engineering, Wuhan, Hubei 430033, China
Abstract:
Exponential approach to closed environment air quality assessment in most cases, is incapable of portraying the overall impact of multi - pollutants on air quality in closed environment air quality assessment due to the simplicity of the assessment factors involved. A fuzzy approach with the analytic hierarchy process and maximum membership grading, was applied to the assessment of the air quality in closed environment. It's concluded that the outcome from the assessment had truly portrayed the real conditions of the air quality.
Key words:  air quality  closed environment  fuzzy math method  analytic hierarchy process