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- In order to derive the equations for estimating aquifer parameters, simplifications of the well function are suggested. 该法对水位恢复阶段降深表达式中的两个井函数分别采取了不同的简化方式。
- Identification of aquifer parameters plays a primary and pivotal role in ensuring proper management of groundwater resources. 含水层参数的确定,是进行地下水资源科学管理的基础和关键。
- Based on field step-pressure injection test data the aquifer parameters are calculated and the feasibility of the expression is proved. 根据现场阶梯流量压水试验资料进行了含水层参数计算,验证了公式的可行性。
- Based on artificial neural network( ANN), an identification algorithm of aquifer parameters is proposed according to the observed water heads and flows in seepage field. 基于人工神经网络方法,根据岩体渗流场的水头观测数据和注水试验先验信息,建立了一种含水层参数识别数值方法。
- With the limit of the ability of convergence of the binary strings genetic algorithm, the decimal strings genetic algorithm is proposed for identifying the aquifer parameters. 以直线隔水边界附近的井流模型为例,讨论了十进制遗传算法在含水层参数反演中的应用,并与二进制遗传算法的进行比较。
- Whole Curve Matching Method for Aquifer Parameters Determination 确定含水层参数的全程曲线拟合法
- aquifer parameter 含水层参数
- Spend by each department have to fall within certain parameter. 每个部门的开支必须属于确定的系数之内。
- Derive the governing flow equation for an aquifer. 推导地下含水层的流体方程式.
- Calculate aquifer properties based on well tests. 利用水井试验数据计算含水层的导水性质.
- Recharge areas are necessary for a healthy aquifer. 补给区对于一个正常的含水层来说是必需的。
- Straight-line graphical method to determine aquifer parameters for steady flow to well 稳定井流直线图解法确定含水层参数
- A simple method to calculate aquifer parameters through groundwater table and soil water content data 由地下水位和含水量资料推估含水层参数的方法
- Set this parameter to high value e.g. 2000. 设置这个参量到比较高的值,比如2000。
- Linear regression method for identifying aquifer parameters and position of straight line recharge boundary 分析供水边界含水层抽水试验数据的新方法
- Add a random parameter with your URL. 在你的链接中多加一个随机参数值!!!
- Sometime the term artesian is used to denote a confined aquifer. 有时候人们也用自流含水层这一术语表示承压含水层。
- Option '%ls' not recognized for '%ls' parameter. 未能识别 ''%252!'' 参数的 ''%251!'' 选项。
- Simultaneous Estimation of Aquifer Parameters and Original Hydrocarbons in Place From Production Data Using Numerical Inversion of Laplace Trans form 应用拉普拉斯变换的数值反演并结合生产数据预测水体参数和原始油气地质储量
- We call parameter 4 is a dynamic parameter. 称参数4为动力参数。