臭氧层破坏的影响因素及环境污染的监测技术研究

Influence of Ozone Layer Pollution Monitoring Technology

臭氧层破坏会造成紫外线增强,对人体和环境形成危害。为此,在分析臭氧层破坏影响因素的基础上,设计环境污染监测技术。根据臭氧层形成过程与作用分析氟氯碳化合物与哈龙灭火剂中化学物质对臭氧层的破坏机理,并从人类健康、陆生植物、城市环境等方面研究臭氧层破坏造成的危害。基于此,探究光学与光谱遥测技术影响因素,将采集的信息转换为方程函数问题,经过线性规划等过程提取植物光谱信息,实现土壤、水体、大气环境监测。

Destruction of the ozone layer will result in enhanced ultraviolet radiation,which is harmful to human body and the environment.Therefore,based on the analysis of the factors affecting ozone layer destruction,the environmental pollution monitoring technology is designed.According to the formation process and function of ozone layer,the destruction mechanism of chemical substances in fluorocarbons and halon fire extinguishing agent to ozone layer is analyzed,and the harm caused by ozone layer destruction is studied from the aspects of human health,land plants,urban environment,etc.Based on this,the influence factors of optical and spectral telemetry technology were explored,the collected information was converted into equation function problems,and the spectral information of plants was extracted through the process of linear programming,so as to realize the environmental monitoring of soil,water and atmosphere.