2) fog-monitoring
雾监测
1.
Based on the analysis results,a flow chart of fog-monitoring using the multi-spectral synthesis method is given and the fogs which occurred at 13:30 on December 13,2004 in North China Plain as well as at 14:15 on December 14,2004 in Sichuan Basin are detected.
结果表明:MOD IS资料在雾监测方面有很好的应用潜力;中红外通道在雾监测上有独特的优势。
3) oil mist monitoring
油雾监测
4) temperature and smog monitoring
温度烟雾监测
5) atmospheric monitoring
大气监测
1.
Fussy matter-element matrix and weight matrix are established to calculate the related degree values among the sites which can be used to optimize the atmospheric monitoring sites.
为了优选现有的监测点位,突出不同污染物对特定区域的权重,通过建立模糊物元矩阵和权重矩阵,计算各点位之间的关联度,并依据关联度值对大气监测点进行优选。
2.
A model of atmospheric monitoring siting with multi-objective programming was established in this paper.
建立了大气监测布点多目标规划模型 ,包含 3个目标和 1个约束条件 ,选用评价函数法求解。
6) atmosphere monitoring
大气监测
1.
The experiment of NO_x measuring in atmosphere is an important item in atmosphere monitoring for environmental engineering.
大气中氮氧化物的测定实验是环境工程专业大气监测实验项目中重要的内容之一。
补充资料：大雾岭旅游区
大雾岭旅游区地处茂名市北部，离信宜城区38公里，地跨信宜、高州两地。大雾岭由云开山脉以及数十座海拔1000米以上的山峰组成，群山连绵不绝，高耸入云，其中海拔1500以上的山峰就有29座，是集生态保护、科学研究、旅游度假、高山疗养为一体的森林公园和自然保护区。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条