地下水可开采量

上海市地下水可开采量模型计算及预测

A Mathematical Model and Forecast of Groundwater Workable Reserves for Shanghai

冲洪积扇含水层地下水可开采量数值模拟&以文峪河冲洪积扇为例

The numerical modeling on exploitable quantity of groundwater in aquifer of alluvial

鲁西平原区灌溉入渗及地下水可开采量分析

Analysis of Irrigation Infiltration and Groundwater Exploitation Quantum in West Plain Area of Shandong

对典型区域&甘井子区采用人工神经网络模型法建立了地下水可开采量的计算模型。

In Gangjingzi district , the typical area , the calculation model of allowable groundwater exploitation is built by the method of artificial neural network .

连山区1991～2000多年平均地下水可开采量为5739.4万立方米，地下水实际开采量为5710.1万立方米，地下水开采率为99.5%。

The normal usable groundwater amount of 10 years ( 1991-2000 ) is 57.394 million cubic meters . The exploiting amount actually of groundwater is 57.101 million cubic meters . The exploiting rate of groundwater is 99.5 % .

柳林泉域岩溶地下水资源可开采量的确定

Determination on Exploitable Quantity of Karst Ground Water in Liulin Spring-field

西北诸河区平原区地下水资源可开采量分析

Analysis of exploitation of groundwater resources in the plain area of every river in the northwest

黄河流域浅层地下水资源量及可开采量分析

Analysis on Shallow Groundwater Resources and Exploitable Volume of the Yellow River Basin

采用水均衡法评价黄河流域平原区多年平均浅层地下水资源量，采用可开采系数法评价全流域平原区多年平均浅层地下水可开采量。

The paper evaluates the many years average shallow groundwater of plain area in the Yellow River basin by using water balance method and evaluates the many years average exploitable volume of shallow groundwater of the whole basin by using exploitable coefficients .