用此模型预测了2010年的地下水动态。
运用该模型的模拟解，进行地下水动态观测网优化设计。
The simulation solution of the model is applied to optimal design of groundwater regime observation network.
地下水动态长期观测是一项服务于工农业生产的基础性工作。
Along-term observation of groundwater regime is a fundamental practice serving industrial and agricultural development.
应用识别与校正后的模型预测不同开采方案下的地下水动态。
The identified and revised model is used to forecast the groundwater regime for different exploitation schemes.
引入准三维流数学模型进行地下水动态预报及建立地下水管理模型。
The dynamic drawdown forecast was performed and the groundwater management model was developed, based on a numerical quasi-three-dimensional simulation model introduced.
地下水观测井网是掌握地下水动态，评价与研究地下水资源的基础设施。
The groundwater observation well is the basic facility to grasp the groundwater regime, and to appraise and study the groundwater resources.
分析了绿洲内农区非农区水分转化的机理及绿洲内非农区地下水动态规律。
Water transformation between agricultural and non agricultural areas, and dynamic changes of ground water regime in non agriculture areas in oasis, is analyzed in this paper.
中国地震地下水动态观测网是我国仅次于测震网的第二大地震前兆观测系统。
The groundwater observation well-network for earthquake prediction in China is the largest precursory observation system except the seismograph array.
结合地下水动态变化特征对坝区地下水系进行划分，建立了坝区水文地质模型。
With the dynamic variational characteristic of ground water, The text divided ground water system and build the hydrogeological model in dam-region.
建立了基于数量化理论、GIS和遥感技术的耦合土壤水模型的地下水动态模型；
Secondly, models on groundwater dynamic condition coupling with soil water and groundwater are developed by the support of theoretical theory, GIS and Remote Sensing technology;
文章采用编制济南岩溶泉域地下水动态类型图的方法优化设计了地下水水位监测密度。
A regional groundwater level monitoring network was optimally designed for the Jinan Karstic Spring Basin. The network density was optimized by delineating groundwater regime zone map.
文章采用编制济南岩溶泉域地下水动态类型图的方法优化设计了地下水水位监测密度。
A regional groundwater level monitoring network was optimally designed for the Jinan Karstic Spring Basin.
本文论述了建立城市地面沉降与地下水动态监测信息分析系统的基本框架、主要功能和特点。
The basic framework, main functions and features of the establishment of land-surface subsidence and dynamic monitoring of groundwater information analysis system are discussed in the paper.
提取出的成分具有线性无关的特点，对地下水动态变化有较好的解释能力，利于建模和预测。
The abstracted components, having the property of linearly independence, can explain the groundwater dynamic characteristics better and are more favorable for modeling and forecasting.
在无其他因素引起水量增、减条件下，地下水动态大于一年的趋势变化是地下水动态的异常变化。
Change of underground water level dynamic tendency for more than one year may be anomalous one, when there is no increasing or decreasing in water quantity.
本文在论述了洛阳市地下水动态变化特征及演变趋势的基础上，提出了防治地下水位下降的对策。
In this paper, the regime regularity and evolutive trend of groundwater in Luoyang were discussed. The countermeasures of preventing water table Lowering were also advanced in this paper.
地下水动态变化研究是了解地下水系统受人类活动的影响程度、变化趋势和变化幅度的一个重要手段。
Groundwater dynamic variation is a very important method of getting acquainted with human activities towards the incidence of groundwater system, variation trend and range.
介绍了地下水动态与均衡的基本概念，从天然因素和人为因素两个方面详细分析了影响地下水动态的因素。
This paper introduces the basic concepts of groundwater regime and balance, and analyzes the factors influencing the groundwater regime from two aspects of the natural factor and human factor.
本文将克立金方法延拓到时-空域，提出用时-空克立金方法进行地下水动态观测网密度和观测频率的优化；
This paper develops the kriging to space-time field, and presents space-time Kriging method applied to optimal design of groundwater regime observation network.
研究结果表明：黄土台塬区地下水动态的影响因素由大到小排序为：蒸发、降水、地表水灌溉、地下水开采；
The results show that: the order of factors of groundwater level in the loess tableland area was: evaporation, precipitation, surface water irrigation, groundwater exploitation;
北京市地下水动态监测示范工程是北京市科委的重大项目，从1999年开始建设，到2004年4月全面完成。
Beijing Monitoring Demonstration System of Groundwater Dynamics is a key project of Beijing Scientific Committee, which has started in 1999 and completed in April 2004.
第三，根据地下水动态变化规律在地下水的开发、利用上因势利导，提出合理利用绿洲地下水资源的建议及意见。
Third, according to the law of groundwater dynamic change, find the best way for groundwater exploit and use, and put forward the Suggestions and ideas to use groundwater reasonably.
在地下水浅埋区，农田地下水动态对降水、蒸发等气象因素很敏感，研究它们之间的关系对农田水管理具有重要意义。
In a shallow groundwater area groundwater dynamic state in a cropland is sensitive to meteorological factors such as rainfall and evaporation etc.
通过坝址两岸地下水动态特征和地下水分布特征研究，阐明了地下渗流场的分布规律并确定了产生绕坝渗漏原因和途径。
On the basis of investigating groundwater dynamic feature and groundwater distribution feature, the distribution rule of seepage field is ascertained and leakage by-pass dam field is confirmed.
对由人类活动引起的地下水动态变化所诱发的各种类型的灾害事件进行了分类研究；并对其成因及防治措施分别作了探讨。
The paper classified the disaster events induced from underground water level change because of human activities and investigated its causes and prevention measures.
区域地下水动态预报软件在数据管理信息系统的基础上增加模型库系统，进行模型辅助决策，并设计了用于资料和结果输出的办公子系统。
Model base system is added to software of regime prediction for regional groundwater on the base of data management information system. Subsystem for output of material and outcome are also designed.
地下水位动态变化是一个复杂的水文过程，准确地预测地下水位变化情况在水资源开发利用中有着重要意义。
The change of groundwater level dynamics is a complicate hydrological process. It is important to predict exactly the change of groundwater level in exploiting water resources.
通过实例计算，此法用于地下水位的动态分析效果显著。
Through Calculation examples this method is proved to be satisfactory for analyzing dynamic state of groundwater level.
据此，可进一步推广到岩溶地下水环境质量的动态管理及污染预测。
On these grounds, it could be spreaded further to dynamic management and pollution calculation of environment quality of karst groundwater.
此方法同样适用于任何面源可溶性污染物的地下水污染动态风险评价。
The dynamic risk assessment method is applicable for any soluble groundwater pollutants from diffuse sources.
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