搜索资源列表
standard
- 地下水模拟的软件,可以模拟含水层中污染物运移-groundwater simulation
kriging
- 克里金插值代码，可以应用于地下水动态观测网的优化设计-Kriging code can be applied to optimize the design of groundwater dynamic observation network
Radial-basis-function-neural-network
- 基于神经网络的中的径向基网络，用来预测地下水位-Radial basis function network based on neural network, is used to forecast groundwater level
11
- 用于地区多年平均地表水资源量计算，地下水资源量计算，水资源总量计算-The average for the region for many years to calculate the amount of surface water, groundwater resources calculation, calculation of total water resources
chartBiochorl
- 污染模型驱动程序源代码，可用于模拟大气污染运移和地下水污染物运移模拟-Pollution Model driver source code, can be used to simulate the transport of air pollution and groundwater contaminant transport simulation
water-table-level-with-REF
- 应用REF实现地下水位预测，可以在MATLAB中完美运行，好的思想，值得交流。-Application of REF to realize the prediction of groundwater level, can run perfectly in MATLAB, good ideas, worthy of exchanges.
rbf_underwater
- 用径向基网络预测地下水位-RBF neural network forecasting of groundwater
rbf_underwater
- 基于神经网络径向基网络预测地下水位的matlab编程-Radial basis function network based on neural network to predict groundwater level matlab programming
matlab克里金插值kriging
- 克里金(Kriging)插值法，又称空间自协方差最佳插值法，它是以南非矿业工程师D．G．Krige的名字命名的一种最优内插法。克里金法广泛地应用于地下水模拟、土壤制图等领域，是一种很有用的地质统计格网化方法。(Krikin (Kriging) interpolation method, also called spatial covariance best interpolation method, is an optimal interpolation method named by Sout
Ch1-2
- Introduction to groundwater modeling Ch1-2
Groundwater Resource Index (GRI)
- groundwater resource index
Propagation of drought through groundwater
- Propagation of drought through groundwater a new approach using linear reservoir theory
groundwater
- Current trends and future challenges in groundwater vulnerability assessment using overlay and index methods
饱和指数计算软件
- 计算水中（多用于地下水）水里二氧化碳分压，岩溶水文学方面，进而可求得岩溶碳汇量。(Calculate the carbon dioxide partial pressure of water (mostly for groundwater) and karst hydrology, and then we can get the carbon sinks of karst.)
地下水新导则三模式预测（7000距离）
- 对地下水瞬时点源一维预测分析，直观反映点源下游污染物浓度情况(One dimensional prediction analysis of instantaneous point source of groundwater)