摘要
针对当前水源污染、实时动态监测可视化工作较为薄弱,以及突发水质污染处理不及时等问题,运用二维图形理论、组件化技术和平行系统理论,对流域内水质进行动态分区监测管理.以泉州市为研究区域,建立了基于综合集成平台地水质可视化管理系统,有效处理水污染的突发事件.结果表明:该方法可以直观、高效地对整个地区的水质进行监督管理,为突发水源污染的应急处理提供全方位的信息支持.
Nowadays,water pollution＇s real time dynamic monitoring has its own relative weakness;also sudden water pollution cannot be treated in time. This paper adopts two-dimensional graph theory, parallel system theory and component technology manages to dynamic monitoring the basin＇s water quality. Through the management of dynamic zoning on water quality in Quanzhou as the study area,the author created a water quality visualization management system base on recta-synthesis platform,and deal with water pollu- tion incident effectively by using these systems. The results show that this method can supervise and manage the water quality throughout the region intuitively and efficiently, and provides comprehensive information support for the emergency treatment of sud- den water pollution.
出处
《厦门大学学报（自然科学版）》
CAS
CSCD
北大核心
2012年第5期873-876,共4页
Journal of Xiamen University：Natural Science
基金
国家自然科学基金项目(51109177
51109175)
公益性行业科研专项(201001011)
水利部节水型社会建设项目"水综节水[2007]4号"
关键词
综合集成
水质
动态分区
组件
平行系统
meta synthesis platform
water quality
dynamic zoning
component
parallel systems
