Imaging the Architecture of Mineral Systems and the Pathways of Ore-forming Fluids across Mongolia with Magnetotellurics  

作　　者：Matthew J.COMEAU Rafael RIGAUD Erdenechimeg BATMAGNAI Shoovdor TSERENDUG Sodnomsambuu DEMBEREL Michael BECKEN Alexey KUVSHINOV 

机构地区：[1]Department of Geoscience&Engineering Delft University of Technology,The Netherlands [2]Institute of Geophysics,ETH,Zürich,Switzerland [3]Institute of Astronomy and Geophysics,Mongolian Academy of Sciences,Ulaanbaatar,Mongolia [4]Institut für Geophysik,Universität Münster,Germany

出　　处：《Acta Geologica Sinica(English Edition)》2024年第S01期11-13,共3页地质学报（英文版）

摘　　要：In the framework of a mineral system approach,a combination of components is required to develop a mineral system.This includes the whole-lithosphere architecture,which controls the transport of ore-forming fluids,and favorable tectonic and geodynamic processes,occurring at various spatial and temporal scales,that influence the genesis and evolution of ore-forming fluids(Huston et al.,2016;Groves et al.,2018;Davies et al.,2020).Knowledge of the deep structural framework can advance the understanding of the development of a mineral system and the emplacement of mineral deposits.Deep geophysical exploration carried out with this aim is increasingly important for targeting new ore deposits in unexplored and underexplored regions(Dentith et al.,2018;Dentith,2019).

关 键 词：MAGNETOTELLURICS electrical resistivity mineral exploration mineral emplacement ORE fluids fluid transport 

分 类 号：P631.325[天文地球—地质矿产勘探]