成矿预测

基于GIS成矿预测中几个关键问题的探讨

Discussions on crucial problems in metallogenic prognosis based on GIS

矿产资源GIS评价系统及成矿预测BP模型

GIS-based Mineral Resources Assessment System and the BP Model for Metallogenic Prognosis

应用GIS技术进行成矿预测的基本步骤及主要内容

Basic Steps and Major Contents of Ore - forming Predication by GIS

基于GIS的多源地学信息在成矿预测中的应用

Application of Multi-source Geo-information in Metallogenetic Prognosis Based on GIS

GIS系统在海南石碌铁矿成矿预测中的应用

Application of GIS in Metallogenic Prognosis in Shilu Iron Ore Deposit , Hainan

成矿预测中应用GIS的主要步骤

The main steps of applying GIS to ore predicting

基于GIS空间分析进行多源信息成矿预测

Ore-forming prediction using multiple-information based GIS spatial analysis

甘肃西成矿田及其外围铅锌资源基于GIS的成矿预测与远景评价

Metallogenic prognosis and prospective evaluation of Pb-Zn resource in Xihe-Chengxian ore field based on GIS

基于GIS空间分析的成矿预测

GIS based spatial analysis of ore formation

区域构造分析与GIS技术在湘中地区锑矿成矿预测中的应用

Regional structure analysis and Application GIS on metallogenic forecasting of sb deposit in Middle Hunan

目前，三维GIS和三维地质建模技术已经越来越广泛地应用在成矿预测方面。

Currently , 3D GIS and 3D geological modeling technology have been widely used in prospecting .

多元素X射线荧光分析方法在山东郭城金矿成矿预测中的应用

The application of multi-elements x-ray fluorescence analytical technique in the study of Guocheng gold deposit , Shandong Province

运用基于GIS的证据权重法，开展了新矿床类型的成矿预测。

The GIS-based weight of evidence ( WofE ) method was adopted for metallogenic prediction of new-type ore deposits .

地理信息系统（GIS）作为一种先进技术，在成矿预测中得到广泛运用。

Geographical Information System ( GIS ) is an advanced technology and is widely applied in the metallogenic prognosis .

基于BP人工神经网络的成矿预测模型

ANN-Based Metallogenic Prognosis Model

改进的Gauss消去法在成矿预测模型中的应用

Application of the improved Gauss elimination method to ore prediction model

目前，综合多元信息进行成矿预测已十分普遍，这需要用到地理信息系统（GIS）这一重要技术。

At present , the mineral location prediction work with multi-information is universal , which is in need of the important technology GIS .

辽西建平北部金矿TM信息提取及成矿预测

The TM information extraction and metallogenic prediction in the north of Jianping county , Liaoning Province

地理信息系统（GIS）支撑下的综合信息成矿预测&以云南省易门铜矿区为例

Mineralization prognosis of synthetic information supported by geographical information system ( gis ) & giving an example of Yimen copper mine district , Yunnan

高密度电阻率法（RT）在金矿深部成矿预测中的应用

Application of high density resistivity method ( rt ) to deep Au ore body prediction

TM正射遥感影像地图在四川南江地区区调研究及成矿预测中的应用

Applications of orthophotomap of Landsat TM to regional geological survey and minerogenetic prediction in the Nanjiang region of Sichuan Province

基于GIS的证据权重法在成矿预测中的应用以甘肃省岷县礼县地区的金矿预测为例

Application of GIS-based evidence weight method for minerogenetic prediction : a case study on prediction of gold deposit in Min county and Li County region , gansu Province

圈定5P找矿地段的GIS成矿预测空间模型及其应用

GIS spatial model for minerogenetic prediction and its application to delineation of 5P ore_finding area

陆地卫星MSS图像与地学资料的综合处理及计算机成矿预测

Integration of Landsat-MSS Images and Geoscience Data for Computer Based Mineral Prospecting

GIS空间分析是成矿预测的一个重要手段，而其利用的数学模型是成矿预测成败的关键之一。

Spatial analysis has become an important means in the prediction of mineral resources and the application of mathematic model is the key for the success of metallogenic prediction .

在这种形式下，研发在三联式成矿预测理论与方法指导下的能有效识别、提取和圈定地质异常的专业GIS软件就显得格外重要。

It is important therefore to develop an effective tool to identify , extract , and delineate geological anomalies based on GIS under the guidance of Three Components Prediction Theory and Methods .

因此，Na2O/K2O，Co/Ni比值分布特征是金的区域成矿预测的地球化学标志。

Thus , the Na_2O / K_2O , Co / Ni ratios and their distribution can be regarded as a geochemical criterion in the regional metallogenic prognosis of gold .

然后以成矿预测理论为基础，将GIS成矿预测分为三步加以阐述，这三步包括：数据的采集与建库，GIS成矿预测空间模型的建立和成矿预测区的圈定。

Furthermore , on the basis of minerogenetic prediction theories , its application is illustrated which includes three steps as : firstly , collecting data and creating database ; secondly , building GIS spatial model for minerogenetic forecast ;

基于5P成矿预测与定量评价的系统勘查理论与实践

Theory and Practice of Systematic Mineral Exploration Based on 5P Metallogenic Prognosis and Quantitative Assessment

主要介绍了GIS的基本概念、研究内容、主要功能、发展历程及其在成矿预测方面的应用。阐述了地理信息系统中建立数据库的流程和其强大的空间分析功能。

It mainly introduces the basic concept , study content , the main function , the development process and its application for in the ore-forming forecasting of GIS , discusses the processes of database establishment and its powerful spatial analysis function in geographic information system .