矿产储量计算

该文在分析平面点集Voronoi图特性及其生成算法的基础上，针对传统矿产储量计算方法的不足，提出了一种新的方法。

Based on analysis to the features of Voronoi diagram of planar point-set and to its generating algorithm , and in consideration of the shortcomings of traditional algorithms for mineral storage calculation , a new algorithm is suggested .

统计特征约束矿产储量计算法

A Method of Calculation on Ore Reserves with Statistical Characteristic Constraint

应用计算机进行固体矿产储量计算，提高地质工作水平

Use Computer to Calculate Reserves of Solid Mineral Resources , Rise the Standards of Geological Study

奇异性可以应用在值估计（插值）与重建（提高分辨率）、矿产储量计算与勘探构造特征提取和环境评价中。

It is useful in data estimation ( interpolation ), mineral exploration , and environment assessment .

最后部分着重阐述并论证了常用矿产储量计算方法中各自应该选用的矿体厚度参数。

The last part focuses on the selection of parameters in the calculation of ore - reserve .

地质统计学（对数正态克立格法、协同克立格法、指示克立格法）在矿产储量计算中的应用；

Application of geostatistics ( lognormal Kriging , co-Kriging and indicator Kriging ) in calculation of ore reserves ;

矿产储量计算是根据矿体产状和形态，以及地质勘探工程部署上的差别，选择不同方法计算储量。

The mineral reserve computation is to compute reserves by choosing different methods according to ore - body occurrences and forms and differences in assigning geological exploration engineerings .

钻孔点集Voronoi图在矿产储量自动计算应用与研究

Application and Study of Mineral Storage Auto-calculation Based on Voronoi Diagram of Point

脉状矿的矿产储量最优计算

Optimal Calculation of Ore Reserves for Multiple Layer Mine

对不同级别矿产储量勘查成本计算方法的讨论

On the calculation of prospecting costs for different categories of mineral reserves

矿产储量与铀矿储量计算中几个问题的探讨

Discussion on some problems on Calculation of mineral reserves and uranium reserves

能够准确、快速进行矿产储量分类的自动分类方法是矿产储量计算自动化、智能化能否实现的关键。

A rapid accurate automatic classification of mineral reserves is the key to the realization of an automatic and intelligent mineral reserve calculation .