片语

artesian aquifer[水文] 自流水层；承压含水层

4th Confined Aquifer第四承压含水层

confined-unconfined aquifer承压

confined d aquifer承压含水层

confined karstic aquifer承压喀斯特含水层

confined aquifer coal mining承压水上采煤

mining above confined aquifer带压开采

leaky confined aquifer越流承压含水层

thickness of confined aquifer承压含水层厚度

英汉例句

• with a specially designed experimental instrument, the mechanism of load transfer within an unconsolidated confined aquifer and its effect on compound breakage of key strata have been studied.

  采用专门设计的物理模拟试验装置及数值模拟试验方法，就松散承压含水层的载荷传递机制及对覆巖关键层复合破断的影响进行深入研究。

• the natural soda water occurs mainly in the pore-fissure confined aquifer of the clastic rock of nenjiang group, upper cretaceous.

  天然苏打水主要赋存于上白垩统嫩江组碎屑巖孔隙裂隙承压含水层中。

• meanwhile, the confined aquifer influences the mining effect in the fault and promotes the fault to become active.

  承压含水层对断层采动效应也有一定的影响，有促进断层「活化」的作用。

• the paper analyses groundwater regime in the confined aquifer of the area of puxi in shanghai.

  本文以上海市浦西地区为例，对其承压水的动态进行了综合分析。

• when confined aquifer under the bottom of the pit, the foundation excavation will reduce the thickness of overlying impermeable layer.

  在基坑底部以下存在承压水层的情况下，基坑开挖减少含水层上覆不透水层的厚度。

• a software of simulating water movement in confined aquifer was developed with finite different method.

  根据有限差分方法，编制了承压含水层渗流模拟软件。

• the middle lower reach is also subdivided vertically into weak phreatic aquifer in the upper part and strang confined aquifer in the lower.

  对上游潜水和中下游承压水用二维侧向流数学模型，对中下游弱潜水用一维垂向流数学模型。

• based on the theory of elasticity and permeability of the aquifer, the loading effect on confined aquifer and barometric effect on water level in wells are particularly discussed in this paper.

  本文在充分考虑承压含水层的弹性和渗透性的基础上，重点讨论了承压含水层的荷载效应和井孔水位的气压效应。

• the pressure in well bottom relation with the time of the injection and the viscosity of cement liquid, and the permeability in the confined aquifer are analyzed.

  分析了注浆井底压力和原区压力与注浆时间、浆液粘度、渗透率、计算点与注浆井距离等关系；

• the water level in a confined aquifer will fall as the confined aquifer is being exploited.

  开采孔隙承压含水系统，引起含水层水头下降。

• the influence of staggered distance on the failure of floor strata in double-longwall mining on the confined aquifer is local and temporary.

  承压水体上对拉面开采的错距对底板巖层破坏的影响只是局部的和暂时性的。

• groundwater withdrawal in confined aquifer will cause land subsidence, which is a typical process of flow-deformation coupling in porous media.

  以饱和多孔介质流固耦合渗流数学模型为基础，推导建立了适合描述承压含水层地下水开采过程渗流与地面沉降耦合的二维数学模型。

• the formula of biem ( boundary element method ) about unsteady flow in a homogeneous, confined aquifer is derived in this paper.

  本文详细地推导了在均质承压含水层中的非稳定流边界单元法的计算公式。

• a three-dimensional convection-heat dispersion model for a confined aquifer is developed.

  本文提出了一个承压含水层中三维对流-热弥散模型。

• a confined aquifer is also known as a pressure aquifer .

  承压含水层又叫压力含水层。

• in this study a sand-box confined aquifer model is used to simulate gas transportative process in aquifer after abnormal source gas has formed by selecting argon dissolved gas as study gas.

  借助于砂槽承压含水层模型，以氩溶解气为研究对象，模拟气体聚集或稀释的异常源产生后，其在含水层中的运移过程。

• particularly, the solution for impermeable silt-layer can be used to describe the tidal fluctuation in a confined aquifer under a tidal river separated by an impermeable layer.

  特别地，当边界淤泥层为隔水层时，本文的解也可用来描述有潮河流下的承压含水层中的水头波动情况。

• the fourth confined aquifer is the main compressive layers in recent years in shanghai. it is corresponding to the current mode of groundwater changes.

  与现阶段含水层的水位变化模式相联系，第四承压含水层是上海最近几年来地面沉降的主要沉降层。

• the system selects confined aquifer two-dimensional non-steady flow as engineering examples to test main functions, which is feasible for calculating the distribution of water head.

  本系统以承压含水层二维非稳定流为工程实例对系统主要功能进行测试，验证了系统在计算地下水流水头分布时具有一定的可行性。

• by using the software, dynamic changes of water head of a confined aquifer under multi well exploitation were simulated.

  对某水源地在群井开采情况下地下水渗流动态进行数值模拟。

• then a multi well test conducted in the second confined aquifer in shanghai provides good data for our study.

  然后利用上海第二承压含水层的群井储能试验资料，根据不同的条件进行计算。