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首页> 外文会议>Congress of Asia and Pacific Division of International Association of Hydraulic Engineering and Research >THE TREATMENT OF SOURCE AND SINK DATA IN GROUNDWATER NUMERICAL SIMULATION IN THE NORTH FOOT OF TIANSHAN MOUNTAIN
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THE TREATMENT OF SOURCE AND SINK DATA IN GROUNDWATER NUMERICAL SIMULATION IN THE NORTH FOOT OF TIANSHAN MOUNTAIN

机译：天山北脚下地下水数值模拟中的源分析与汇

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Groundwater numerical simulation is a main method to assess groundwater resources,which has been widely used in domestic water resources assessment. There are certain temporal differences in source and sink data such as multi-watershed numerical simulation in a large-scale. Transformation modes of "three waters" (refers to precipitation, surface water and ground water) are different, and the genetic types of groundwater system are different, too. During groundwater numerical simulation of the north foot of Tianshan Mountain, according to transformation modes of "three waters", the genetic types of groundwater system and field pit permeability tests, the problems have been analyzed and treated, such as the disparity of temporal distribution and dynamic observation in space of river seepage recharge and groundwater exploitation. Adopting the treated source and sink data to simulate groundwater flow numerically acquires good effects.
机译：地下水数值模拟是评估地下水资源的主要方法，该方法已广泛用于国内水资源评估。源极和沉没数据存在某些时间差异，例如大型数值模拟的大规模。 “三水”的转化模式（指沉淀，地表水和地水）不同，地下水系统的遗传类型也不同。在天山北脚下地下水数值模拟过程中，根据“三水”的转化模式，地下水系统的遗传类型和现场坑渗透性试验，已经分析和治疗了问题，如时间分布的差异河流渗流充电与地下水开采空间动态观察。采用经过处理的源和宿数据来模拟地下水流量的数字地获取好效果。

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