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地下水，地下水径流
1、brackish groundwater───微咸水
2、flow production───流水线生产；大规模生产
3、flow diagram───n.流程图，作业图，生产过程图解; 框图；[工业]流程图；作业图
4、flow───vi.流; 垂; 流出; （谈话、文体等）流畅；n.流动；生产，供应；车流；流量；传播；流通；滔滔不绝；连贯，流畅；涨潮；泛滥；（苏格兰）湿地，沼泽；YueJing；vt.使泛滥; 淹没; 排出；n.流动; 滔滔不绝; 涨潮; 连贯；v.（使）流动，涌流；流通；传播；流畅；充满；大量供应；涨；涨潮；川流不息；飘扬；来自，由……产生；来YueJing；（矿物、岩石等）变形；n.(Flow)（美）弗洛（人名）
5、current flow───电流
6、ceaseless flow───源源不断的流动
7、cohesive flow───粘性流
8、flow controller───[自]流量KongZhiQi
9、flow about───流动
1、Groundwater quality model is composed of problems of groundwater flow and dynamic dispersion.───地下水水质模型是由水流问题和水动力弥散问题耦合而成。
2、The fluoride ion, TDS and the chloride ion spatial distribution have the certain relevance with groundwater flow.───氟离子、TDS与氯离子空间分布与地下水流动方向有一定的相关性。
3、Water pressure test is a special type of groundwater flow test with feature of short duration and test segment.───压水试验历时短、试段短，是一种特殊的地下水流类型试验。
4、Dewatering becomes a major operation when the excavation lies below the natural water table and intercepts the groundwater flow.───当挖方位于天然地下水面以下时或有地下水流经时，排水就成为一个主要的工序。
5、Perturbation of ground surface temperature reconstructions by groundwater flow?───用地下水流进行地面温度重建的扰动？
6、can be used to forecast the groundwater flow, land subsidence and the workable reserves.───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。
7、The method of spontaneous electric field can be used to detect seepage channels, fracture zone and groundwater flow in dams.───自然电场法在水库大坝中探测集中渗漏通道、漏水破碎带，以及地下水流向等，一般都能收到较好的效果。
8、Pond formation history, groundwater flow-through ponds, phosphorous contamination.───该池塘形成的历史，地下水的渗入，磷污染。
9、Dewatering becomes a major operation when the excavation lies below the natural water table and intercepts the groundwater flow.───当挖方位于自然地下水面以下时或有地下水流经时，排水就成为一个主要的工序。
1、It couples the groundwater flow equation with the solute - transport equation.
2、The groundwater flow is simulated with the seepage model of heterogeneity isotrope, and the partial differential equations are solved with finite difference scheme of irregular triangle net.
3、Finally, coupling groundwater flow numerical model and optimization model constructed management model using response matrix method.
4、This paper introduces a finite analytic method of solving groundwater flow. This method combines analytic solution with numerical method, and can rise computational accuracy and improve the stability.
5、According to geologic model of unsteady groundwater flow in heterogeneous medium and adopting the finite difference solution, the direction and strength of oil gas migration can be quantified.
6、The relation between hydrocarbon and groundwater flow system with underpressure and normal hydrostatic pressure is discussed.