目前，地下水污染物扩散运移规律研究已逐渐成为国内外学者研究的重点和焦点问题。
Nowadays, the transport dispersion law of pollutant in ground water has gradually become the focus of domestic and foreign scholars.
该数值模型可以用来研究诸如土壤或地下水污染物输运以及空气污染等领域里的传质问题。
This numerical model can be applied in many fields such as pollutant transport in soil or groundwater, and air pollution. It…
在实验尺度下的比较结果表明，普通克立格法是研究地下水污染物浓度空间分布的最优估值方法。
The results in the scale of experiments show that ordinary Kriging method is the optimum method for estimating the spatial distribution of the contamination concentration in ground...
运用污染负荷比和灰关联法递阶分析了矿山地下水污染物的主从关系，确定了矿山地下水的主要污染指标；
This paper analyses the principal and subordinate relationship between groundwater pollution indexes by using pollution load ratio and gray relation analysis method.
地下水中的微量元素含量远远超过了其它地下水污染物——如硝酸盐、杀虫剂和挥发性化合物(VOCs)中的含量标准。
Trace elements in groundwater exceed human health benchmarks at a rate that far outpaces most other groundwater contaminants, such as nitrate, pesticides, and volatile organic compounds (VOCs).
DRASTIC方法可以进行地下水污染的脆弱性评价，但是却没有涵盖风险的概念，也忽视了污染物随地表水流运动的动态特性。
The DRASTIC method can provide groundwater vulnerability to pollution but does not contain risk concept and ignore hazard's dynamic nature of water movement.
为了指导矿区地下水污染的控制与治理，需要研究污染物在地下水中迁移扩散的规律及其污染特征。
In order to guide control and harness of groundwater of mining area, have need of making a study of transition regulation and contaminative characteristic of contaminant in the groundwater.
此方法同样适用于任何面源可溶性污染物的地下水污染动态风险评价。
The dynamic risk assessment method is applicable for any soluble groundwater pollutants from diffuse sources.
此方法同样适用于任何面源可溶性污染物的地下水污染动态风险评价。
The dynamic risk assessment method is applicable for any soluble groundwater pollutants from diffuse sources.
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