在此基础上建立了对地下水流场进行预测的数值方法。
A numerical medel for groundwater table forecast was developed, then.
在此基础上建立了对地下水流场进行预测的数值方法。
Then a numerical model for groundwater table forecast was developed.
利用该模型计算了地下水可开采量及地下水流场和地面沉降的预报。
It can be used to forecast the groundwater flow, land subsidence and the workable reserves.
煤矿开采过程中的矿坑排水对地下水流场和地下水资源利用具有强烈影响。
The drainage in a coal mine under exploitation may give a strong impact on the underground water flow regime, causing negative influence on the development of the groundwater resources.
基于地下水流场、温度场、化学场等的示踪法可以弥补地球物理勘探的不足。
The tracer method, which is based on flow, temperature, and chemistry fields, can make up the shortage of geophysical exploration.
通过研究常州-武进地区地下水流场的3维数值模拟，揭示了该地区产生地面沉降的主要成因。
This paper aims at the study of 3D numerical simulation of the groundwater flow field of the Changzhou-Wujin district, for revealing the main cause of the depression of the ground surface.
研究表明，局部水位下降甚至产生超采漏斗主要是由于地下水长期过量开采引起的，并对区域地下水流场形态影响较大，区内已形成地下水分水岭。
The down of groundwater level and funnels are mainly cause by over exploitation of groundwater. It also influenced regional groundwater flow field, and formed groundwater watershed in this areas.
随着移民范围和开发程度的迅速增大，水资源利用程度随之提高，水资源分布格局及地下水流场发生了重大改变，从而可能引发一系列生态环境问题。
With the rapid increase in immigrants, the utilization degree of water resources has been improved, leading to changes in the distribution of water resources and in the groundwater flow field.
分析了地下水渗流对传热过程的影响，结果表明地下水流动对原温度场的影响明显，而且地下水流速越高影响越大。
The results indicate that groundwater flow has notable effects on original temperature field and that the higher the groundwater velocity is, the larger the effect is.
断裂带及地下水流的存在改变了岩体的原有温度场分布。
The fault zone and ground water flow's existence change the original temperature field distribution of the rock mass.
断裂带及地下水流的存在改变了岩体的原有温度场分布。
The fault zone and ground water flow's existence change the original temperature field distribution of the rock mass.
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