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某系统贮存环境中微量盐雾监测
引用本文:马长李,刘聪,马瑞萍.某系统贮存环境中微量盐雾监测[J].装备环境工程,2017,14(10):78-81.
作者姓名:马长李  刘聪  马瑞萍
作者单位:1. 海军研究院,北京,100161;2. 西南技术工程研究所,重庆,400039
摘    要:目的对某系统贮存环境中微量盐雾进行系统监测,掌握其盐雾污染水平。方法针对盐雾浓度和盐雾沉积速率两项指标,对目前的各种监测与分析方法进行总结和比较,根据某系统贮存环境特点制定监测方案并进行现场监测。结果某系统贮存环境C区域盐雾量值高于A区域和B区域。结论某系统贮存环境实测盐雾浓度较要求低1~2个数量级,盐雾污染属于最低的S0级。

关 键 词:盐雾浓度  沉积速率  监测方法
收稿时间:2017/8/30 0:00:00
修稿时间:2017/10/15 0:00:00

Monitoring of Micro Salt Fog in Storage Environment of a System
MA Chang-li,LIU Cong and MA Rui-ping.Monitoring of Micro Salt Fog in Storage Environment of a System[J].Equipment Environmental Engineering,2017,14(10):78-81.
Authors:MA Chang-li  LIU Cong and MA Rui-ping
Institution:Naval Academy, Beijing 100161, China,Southwest Technology and Engineering Research Institute, Chongqing 400039, China and Naval Academy, Beijing 100161, China
Abstract:Objective To monitor the micro salt fog in a system''s storage environment and determine its salt fog pollution level. Methods According to the two indexes of salt fog concentration and salt fog deposition rate, the current monitoring and analysis methods were summarized and compared. According to the characteristics of a system''s storage environment, monitoring plans were formulated and field monitoring was carried out. Results The salt fog value of area C in a system was higher than that in areas A and B. Conclusion The measured salt fog concentration in the storage environment of the system is 1-2 orders of magnitude lower than that required. The salt fog pollution is the lowest S0 level.
Keywords:salt fog concentration  deposition rate  monitoring method
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