Studied three kinds of grade modelling methods that are polygon method, distance power inverse ratio method, kriging method, and presented their computational formula.
研究了多边形法、距离幂反比法以及克立格法三种品位建模方法，并且给出了三种建模方法的计算公式。
This paper gives a concise introduction to Kriging Method.
本文简要地介绍了克立格法。
Manjiazhai zinc ore body; Kriging Method; ore grade model; calculation of reserves;
曼家寨锌矿体；克里格法；品位模型；储量计算；
The result shows that indicator Kriging method can produce better mineral prediction.
结果表明，指示克里格法储量计算能够取得较理想的预测结果。
In this paper, the Kriging method is used for optimal estimation of the point and areal precipitation.
本文应用克里格法对点雨量和面雨量进行了最优估计。
Multiple variable indicator Kriging method is also proved to be an alterative for integrated evaluation of soil nutrients.
同时也证明了多变量指标克里格法在土地养分状况的综合评价中应用的可行性。
The algorithm applied the ordinary Kriging method that was originally used in spatial interpolation to construct virtual Wells.
该算法采用原本用于空间插值的普通克里金方法创建虚拟井。
The advantages of Kriging method are simple in principle and convenient to computation. It gives a different estimation method from least square collocation.
克立格法具有原理简单、计算方便等优点，它开辟了一条不同于一般最小二乘配置的预测方法。
This paper develops the kriging to space-time field, and presents space-time Kriging method applied to optimal design of groundwater regime observation network.
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；
The present article is to introduce the authors' improved indicator Kriging water environmental simulation model based on the traditional ordinary Kriging method.
以水环境模拟参数随机场中的离子质量浓度为例，介绍了指示克里格估值计算的理论方法及应用。
On the base of geological block model, we used geostatistics for modeling on the grade of geological block, and then calculate its grade per block unit using Ordinary Kriging method.
在地质体块体模型的基础上，采用地质统计学的方法对矿体的品位进行建模，通过普通克里格方法计算块体单元的品位。
The results in the scale of experiments show that ordinary Kriging method is the optimum method for estimating the spatial distribution of the contamination concentration in ground...
在实验尺度下的比较结果表明，普通克立格法是研究地下水污染物浓度空间分布的最优估值方法。
The top strata surface and net thickness were obtained by Kriging method. The spatial distributions of porosity, permeability and gas saturation were obtained by simulation of Gaussian field.
利用克里金估计方法求取了地层的层面深度和有效厚度，利用高斯场模拟方法求取了孔隙度、渗透率、含气饱和度的空间分布。
The top strata surface and net thickness were obtained by Kriging method. The spatial distributions of porosity, permeability and gas saturation were obtained by simulation of Gaussian field.
利用克里金估计方法求取了地层的层面深度和有效厚度，利用高斯场模拟方法求取了孔隙度、渗透率、含气饱和度的空间分布。
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