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.
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.
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.
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.
地下水物理动态中的井孔水位、水温观测是地震预测预报中重要的前兆观测项目。
Observations of borehole water level and water temperature in the physical dynamics of groundwater are the important observed components of precursores for earthquake prediction.
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.
通过对夏玉米和冬小麦生长季节期间土壤水动态观测试验，探讨了地下水浅埋条件下土壤水动态的变化规律。
A field experiments was conducted to study soil moisture and water potential changes in farmlands with a shallow water table during summer maize and winter wheat seasons.
通过对夏玉米和冬小麦生长季节期间土壤水动态观测试验，探讨了地下水浅埋条件下土壤水动态的变化规律。
A field experiments was conducted to study soil moisture and water potential changes in farmlands with a shallow water table during summer maize and winter wheat seasons.
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