水文地质概念模型是地下水模拟与水资源评价的基础。
A hydrogeological conceptual model is the basis of groundwater numerical modeling and groundwater resource assessments.
通过对淮北市地质、水文地质条件的综合分析，建立了淮北市双含水层系统水文地质概念模型。
The physical concept model of a two-aquifer system was established by the comprehensive analysis of the geological and hydrogeological conditions in Huaibei city.
水文地质概念模型是用GMS软件中的概念模型方法建立的，并用预估—校正法对模型进行了识别。
The hydrogeology conceptual model is build with the conceptual model method in GMS software, and predict-adjust method is used to calibrate the model.
并对含水介质结构、边界条件及地下水流态进行了研究，建立了水文地质概念模型，构建了三维地下水流数学模型。
Based on aquifer characteristics, boundary condition and groundwater flow regime, the hydro geologic concept model and the three-dimensional groundwater flow simulation mathematical model was built.
建立了系统的水文地质概念模型和地下水流模拟模型，采用基于有限差分方法的MODOFLOW软件对所建立的三维地下水流方程进行了求解。
On the basis of a conceptual model in the area, a 3-dimensional groundwater flow model is developed and calibrated by MODOFLOW, which is based on finite difference system.
建立了系统的水文地质概念模型和地下水流模拟模型，采用基于有限差分方法的MODOFLOW软件对所建立的三维地下水流方程进行了求解。
On the basis of a conceptual model in the area, a 3-dimensional groundwater flow model is developed and calibrated by MODOFLOW, which is based on finite difference system.
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