Integrated Information Metallogenic Prediction In West Tianshan Moutain,Xinjiang

The SongHu iron ore is Awulale Western Tianshan metallogenic belt western parthas a typical volcanic-type iron ore. In recent years there have been a number ofresearch institutes to carry out research in related fields and made a series ofachievements understanding. Previous research has passed mineralization area ofvolcanic activity, Paleozoic tectonic magmatic system, the deposit has a certain depthfrom the genesis, geochemical characteristics angle awareness, but lack the mining ofiron ore mineralization prediction research.In this paper, on the basis of previous studies, according to the understanding ofSongHu iron ore field survey of the existing data mining summary comb, while themain deposit sampling and trace element and isotope geochemistry of rare earthelements and other systems test analysis, analysis of ore-forming geologicalconditions to explore and discover the basis of geology, deposit geology, genesis andother aspects of a new understanding of the content.While fully excavated geological, geophysical prospecting and othercomprehensive information platform based on ArcGIS to analyze ore formations, rockore, ore and ore-controlling structure, Bouguer gravity of the pole, the original planeand the known iron ore deposits (point) spatial relations, using the weighted methodand the weight of evidence favorable to mineralization weighted regression to predictthe locations in the study area. Delineation of target based on the fundamentalprinciples and norms of steps, etc., combined with the ore-forming geologicalconditions in the study area and field survey data, to be the preferred target, the finaldelineation of the target. Combined with comprehensive information metallogenicprediction results, in-depth summary of prospecting direction of the mine area andlooking for some experience of similar deposits, hoping to provide theoreticalguidance for the West metallogenic belt Awulale further exploration work along SongHu iron ore region.