传统的二维gis只能表达面上的信息，对于大比例尺下的隐伏矿体预测中矿床的三维空间信息往往不能很自然地表达与分析。
For three-dimensional spatial information of deposits in the prediction of buried ore bodies at large-scale, 2d GIS can not represent and analysis very well.
危机矿山深部矿体定位预测中，利用原生晕地球化学方法是一种合理的、有效的途径。
The method of primary halo is an effective way of forecasting deep seated orebody location in the mines with critical reserves.
隐伏矿体的空间定位预测研究，已成为当今成矿预测和找矿勘探实践的当务之急。
The space location forecasting research of buried ore bodies has become a task of top priority for mineralization prediction, prospecting and exploration.
本论文是依据银母寺铅锌矿矿床特征，采用成矿分析、地、物、化相结合综合定位预测的方法，开展矿体定位预测研究。
The project is based on home-lead-zinc deposit of Temple, a mineralization of, of, by combining integrated positioning predictable method of doing positioning prediction of ore.
矿山需要提前预测矿体深部钻孔控制范围以下的资源情况，以便为后续的工程设计提供地质参考数据。
The prediction of resource conditions beyond the control of the drill hole is needful for a mine so as to provide the corresponding reference data for the further geology work in advance.
认为未来一定的时期内，成矿预测方法研究将会有更大的进展，矿体定位预测研究仍将是本领域内的最大热点。
It is considered in the paper that metallogenic forecasting method research will obtain bigger progress and ore body location forecasting will be still the biggest research hot spot in future time.
运用通用地质坐标系列公式，可较好地解决深部断失矿体空间位置预测的问题。
It's more easier that surving coordinates of the blind deslocated orebody is calculated with general geological coordinate system and its series formulas.
隐伏矿体的空间定位预测研究，已成为当今成矿预测和找矿勘探实践的当务之急。
The location forecasting of buried ore has become a task of top priority for ore estimate and exploration.
其形态、成分、物性及时空分布规律的研究，是从矿物学角度进行中深脉状金矿矿体定位预测研究的最重要内容。
Their crystal form, composition, physical features and distribution in time and space make up one important line of information when carrying out site prediction of ore bodies.
针对不同类型的矿床，探讨、选择合理的有效途径与方法是进行正确的矿体定位预测的关键所在。
It is the key to probe into and select the effective way and method for correct orebody location forecasting.
其次讨论了应用该模型和关联滤波法预测矿体埋深的问题。
Then, the problem how to detect the buried depth of an orebody by the new model and correlative filtering method are discussed.
深部金品位变化规律与构造间关系是隐伏矿体定位预测的难点。
The relation between gold grade variation and structure in deep is the key to location and prognostication of concealed ore body.
对6号和4号矿体的开采验证了综合定位预测结果。
The prediction is verified by mining of number 6 and 4 ore bodies.
如何有效地对储量危急矿山的深边部的潜在隐伏矿体进行预测和勘查是现在矿山找矿勘查面临的一个难题。
How to effectively predicate and explore the potential ore bodies (deposits) in deeper and outer of the mines with critical resource reserves is a very complex project for mineral exploration.
在荒沟山金矿研究中，利用这种方法将矿体划分为氧化带、混合带和原生带，为矿床预测提供了依据。
Meanwhile a basis on prognosis of ore deposit is also proposed by using the method that the orebody is divided to oxidized zone, mixed zone and primary zone at the Huanggoushan gold deposit.
因此，矿体的原生晕和原生叠加晕特征可指导本区斑岩型铜矿体的成矿预测。
Therefore, the characteristics of primary and primary overprint halo have some guide significance in metallogenic prediction of porphyry copper bodies in this area.
如果不进行这两个坑道之间矿体的定位预测，势必造成采掘工程的较大浪费。
If not for these two trenches between the ore body positioning projections, the project will create more mining waste.
生产矿山隐伏矿体定位预测是当前成矿学和矿产勘查学的科学前沿和研究重点。
This paper has mainly discussed the significance of the location prediction for the succeeding resources in the large scale mine.
矿床中元素空间分带性是成矿理论和矿体定位预测研究的重要内容之一。
The differences are obvious between mineralization or zoning of associated elements and the theoretical vertical zoning of elements in hydrothermal deposit.
根据矿体开采过程实测矿坑涌水量，与预测值相比误差均在8%之内。
Comparison between the values of water gushing acquired through measurement and by prediction shows the error deviation is less than 8%.
利用此构造叠加晕模型和地质-构造叠加晕标志成功地预测了排山楼金矿东西向矿体深部的盲矿体。
Using the structural superimposed halo model and geological-structural superimposed halo signs, the east-west blind ore-bodies in Paishanlou deep deposit are successfully predicted.
认为未来一定的时期内，成矿预测方法研究将会有更大的进展，矿体定位预测研究仍将是本领域内的最大热点。
It is considered in the paper that metallogenic forecasting method research will obtain bigger progress and ore body location fo...
根据金山店铁矿张福山矿区平行矿体的赋存特点，采用物理相似模拟方法，研究和预测了矿体地下开采过程中地表的沉降和位移规律。
Based on the actuality of underground mining system in Jiudian gold mine, the mined-out areas were used as assistant air exit and it achieved good result.
根据金山店铁矿张福山矿区平行矿体的赋存特点，采用物理相似模拟方法，研究和预测了矿体地下开采过程中地表的沉降和位移规律。
Based on the actuality of underground mining system in Jiudian gold mine, the mined-out areas were used as assistant air exit and it achieved good result.
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