矿体

The basic principle of the indecator kriging method and the general procedure of ore body reserves calculation are presented.

1引言准确的矿体储量信息是当前地质领域做好各项工作的基础。

The main ore body lies between Fault A and B.

主矿体位于断层A和断层B之间。

Carbon pollution and bitumen remnant can often be seen near the ore body.

在矿体及其附近可见明显的碳质污染和残余的团块状沥青。

The prognosis of concealed ore body is characterized by the large scale,small region and high-precision.

隐伏矿体预测，具有大比例、小尺度和高精度的特点。

It is concluded that there may also have economic ore body below the 0 m level.

可以认为在0m中段往深部仍有具工业价值的矿体，河台金矿可发展成为超大型金矿床。

No clear nature boundary exists between the ore body and the wall rocks.

矿体与蚀变围岩无明显的自然边界。

The design procedure and thinking of basic process of calculating the ore body reserves by using the indecator kriging method are expunded.

目前的矿体储量计算方法中，较为有效的是距离幂次反比法和普通克里格法。

But with the change of new production requirement such as steel market and rational utilization of mineral resource,the new method for mining is pointed out,and the technical condition for meeting the single ore body stope capacity is emphasized.

但随着钢铁市场的变化以及白云鄂博矿产资源合理利用等新的生产需求的出现，本文提出了白云鄂博铁矿新的开采方式，并着重论证了满足这一生产方式单一矿体采场能力的技术状态。

Based on the mining of 92# ore body, this paper researches the failure mechanism and the least security coping thickness in mined area by numerical simulation methods.

本文以铜坑矿92#矿体的回采为实例，在分析评价传统方法的基础上，采用数值模拟方法对采场顶板的破坏机制进行了模拟，分析研究了顶板安全厚度与各影响因素之间的关系。

The ore-body is in the gold-rich part of ore-bearing quartz vein.

工业矿体由矿化石英脉的富金段组成。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。