地质品位是评价矿石质量的重要依据。
Geologic grade is an important basis for appraising ore quality.
实现了矿块地质品位和储量的自动计算和统计输出；
The method to automatic calculation and statistics output ore reserves and grade;
低品位复杂矿体由于其特殊的地质情况，采场管理工作显得尤其重要。
It is more important in mining a low-grade complex orebody due to its special geological conditions.
地质控制条件限制是矿床建模的重要手段， 地质统计学方法是矿块品位估计以及储量分级等的有效方法。
The limitation of geological conditions is important to model a deposit. The geological statistics methods are effective for ore grade estimation and reserve classification.
特异值问题可能存在于许多抽样调查之中，特异值在地质勘探及采矿工程中称为特高品位，它一般对应于高品位的矿化作用。
Outliers problems may be present in sampling surveys. Outliers, called extreme high grade data in geological prospecting and mining engineering, usually correspond to very high grade mineralization.
分别总结了砂金矿床品位及吨位分布的典型数学地质特征。
The typical mathematical and geological features of these models are detailed separately.
不整合面型矿床以其规模大、品位富以及受不整合面上下盘地层中构造控制的特点，引起广大地质工作者的关注。
Being large in scale, high in grade, and not controlled by other structures, the unconformity-related deposits attract much attention of geologists.
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。
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.
钠硝石矿体连续性好，层位稳定，矿石品位较高，采选技术简单，易于开发利用，应开展深入的地质勘查工作。
The ore body is continuous and stable, and the ore grade is high. The deposit is easy to exploit and utilize. More deep exploration work should be done in this region.
钠硝石矿体连续性好，层位稳定，矿石品位较高，采选技术简单，易于开发利用，应开展深入的地质勘查工作。
The ore body is continuous and stable, and the ore grade is high. The deposit is easy to exploit and utilize. More deep exploration work should be done in this region.
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