本文以实例说明了电化学找矿预测的效果。
This paper explained the results of prediction of hidden ore deposits by using the electrochemical method.
总结了矿床矿化富集规律，进行了深部找矿预测。
This paper summarizes the deposit mineralization enrichment features and puts forward the deep ore bodies prediction.
构造地球化学方法是进行深部找矿预测的有效方法。
The method of structure geochemistry is a good way to prospecting on deep orebody.
利用所开发的生产矿山地质管理信息系统进行地质找矿预测。
To forecast mine using the geology management information system of production mining which have been developed.
新类型或“地区性新类型”矿床是危机矿山找矿预测的主要目标。
New type or "regional new type" (deposits) are main aims of the prediction of a crisis mine.
磁异常的定性分析对这些金属矿的深部找矿预测可以提供有利证据。
Qualitative analysis of magnetic anomalies of these metallic deposits can provide favorable evidence for ore-prospecting work at depth.
深部找矿预测已成为当前成矿学和成矿预测学的科学前沿和研究重点。
Prediction for deep ore prospecting is a frontier and key research in metallogeny and metallogenic prognosis.
找矿预测方法的研究对在矿山周围找到新的接替矿床具有重大战略意义。
It is very important for seeking substitute deposit around exploited deposit to research the method of seeking-deposit prediction.
根据找矿预测中发现的问题，从探索矿床的本质特征入手，重新定义了矿床。
To solve the problems arising from ore prospecting and prediction, mineral deposit has been redefined based on a probing study of its essential characteristics.
据此建立了长坡锡多金属矿床矿化深度和深部规模的地球化学找矿预测模式。
Accordingly, the predictive geochemical prospecting model in depth and deep scale for Changpo super Sn poly metallic deposit is established.
并以这种认识规律在嘉荫凹陷周边进行岩金找矿预测，明确了岩金矿找矿方向。
With the cognition, we do some predictions on the rock gold deposits around the Jiayin Depression, and determine the ore-prospecting direction of rock gold deposits.
地理信息系统空间数据管理及空间分析功能使其在找矿预测中有着广阔的应用前景。
Geographical Information System (GIS) with the functions of spatial analysis and management of space data is promising in mineral resourxce prognosis.
成矿元素有效相态分量对研究地质体含矿性、化探异常和勘查靶区找矿预测具有重要意义。
The effective states of ore-forming elements are of significance to interpretation of ore-bearing geological bodies and geochemical anomalies, and to the selection of prospecting targets.
含铍条纹状蚀变岩的发现在找矿预测中起到了致关重要的作用，为找矿工作开拓了新的思路。
The be bearing striation altered rock played a vital role in ore prospecting and forecasting and provides a new concept for ore searching.
在对我国三水型铝土矿的基本特征和主要成矿条件分析研究的基础上提出了相应的找矿预测方法。
Prospecting and forecasting methods are proposed based on the analysis and investigation of the basic characteristics and main minerogenetic conditions of Chinese gibbsite-type bauxite.
并对各找矿预测区的特征进行了成矿地质条件分析，这将对该区今后的找矿工作有重要的指导意义。
The mineralization characteristics of these potential prospecting areas are analysed in detail, which are significant in guiding further ore prospecting in this area.
由于成矿背景、成因、机理的复杂性和模糊性，在找矿预测中对这些信息的有效表示就成为一个难点。
Because of the complexity and fuzzy of the background, genesis and mechanism of mineral formation, it is a difficult point to effectively express the information of these factors.
总结利用GIS技术在元谋十棵树矿区进行找矿预测的工作过程，证明GIS技术在找矿工作中的可行性。
The paper summarizes the work process of ore-finding and prediction in Shikeshu mineral area in Yuanmou with GIS, and it shows that GIS is feasible for ore-finding.
这一认识的重要意义在于：控矿断裂和炉沟岩体是一个有机的整体，两者在找矿预测中应处于同等重要的地位。
The importance of this understanding lies that the ore controlling fracture and Lugou rock body is an integrated one and both take the same important role in exploration prediction.
充分运用区内提供的地质、矿产、物化探信息，建立综合信息找矿模式，是正确开展隐伏—半隐伏矿床找矿预测的有效途径。
Making full use of information on regional geology, mineral resources and geophysical-geochemical exploration, the authors have established a comprehensive information prospecting model, which pr...
研究表明，基于GIS的地质异常空间结构分析方法是研究地质异常的科学、有效的方法，是利用GIS进行找矿预测的关键。
The research results indicate that the method is scientific and effective in analyzing geo-anomaly spatial structure based on GIS, which is the key to the utilization of GIS in ore prognosis.
对预测找矿提供了新的依据。
These provided new basis for prediction and prospecting of new deposits.
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.
面状强硅化岩对盘古山钨矿床的深部隐伏花岗岩体预测和深部找矿评价具有指示意义。
The strong silicified rocks have an important significance for forecast of concealed granite and exploratory of wolframite-bearing quartz in deep part of Pengushan deposit.
模糊综合评判(FCA)模型是基于模糊数学理论并结合隐伏矿预测理论而建立的一个找矿模型。
Fuzzy comprehensive appraisement (FCA) model is a prediction model based on fuzzy mathematics and modern concealed deposit location prediction theory.
并对已知矿区进行了深部盲矿预测，取得了可喜的找矿成果。
The prediction of deep blind deposits in known ore districts has been proved effectively.
文章通过对不同锰矿类型特征、控矿条件的分析，对找矿远景进行了预测。
Based on analysis of ore-control conditions and features of the ore types the ore prospect is predicted.
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.
隐伏矿床的找矿勘查，要以全新的观念和思路，应用新理论、新方法，进行综合研究和预测。
Seeking and prospecting minerals of the blind deposits must use the new idea, new theory and method of forecasting and comprehensive studying.
本文重点论述了图像处理方法、盆地遥感地质特征、铀矿遥感地质找矿模式(判据)及远景预测等内容。
This paper discusses emphatically image processing method, basin remote sensing geological characteristics the model of remote sensing geological uranium prospecting ore and prospecting prognosis.
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