Constructing mineralization dynamics and concealed mineral localization prediction - Taking the super-large lead-zinc (silver. germanium) deposit in Huize, Yunnan as an example

Author: Han Runsheng (et al.)
Publisher:
Publish Date: 2007-01-01
Features: This book takes the Yunnan Huize lead-zinc (silver, germanium) deposits as a typical example, providing a systematic overview of the structural metallogenic dynamics and the prediction of concealed ore localization. Based on the study of the metallogenic geological background of the deposits, it introduces the unique geological characteristics of the Huize lead-zinc (silver, germanium) deposits. From aspects such as minefield structure, microelement geochemistry, isotopic geochemistry, and fluid inclusion geochemistry, it systematically investigates the sources of metallogenic materials, the sources of metallogenic fluids, as well as the relationships between structure, stratigraphy, and the Emei Mountain basaltic magmatic activity and metallogenesis, establishing a metallogenic model for the deposits. It summarizes the structural control laws of the deposits, restores the maximum principal stress values and directions in the mining area. It focuses on the application of structural geochemistry and structural stress field prospecting methods, establishing and restoring the FCA models for structural geochemical fields, structural stress fields, and the prediction of concealed ore localization. It discusses the ore-controlling characteristics and mechanisms, proposing several prospecting targets and key target areas. Through close collaboration, significant progress has been made in metallogenic theory, and major breakthroughs have been achieved in the application of prospecting techniques. This book can serve as a reference for researchers, educators, and geological exploration workers engaged in prospecting exploration, deposit geochemistry, structural geochemistry, and related fields.
This book takes the Yunnan Huize lead-zinc (silver, germanium) deposits as a typical example, primarily providing a systematic overview of structural dynamics and the prediction of concealed ore localization. Based on the study of the metallogenic geological background of the deposits, it summarizes the unique geological characteristics of the Huize lead-zinc (silver, germanium) deposits. From aspects such as minefield structure, microelement geochemistry, isotopic geochemistry, and fluid inclusion geochemistry, it systematically investigates the sources of metallogenic materials, the sources of metallogenic fluids, as well as the relationships between structure, stratigraphy, and the Emei Mountain basaltic magmatic activity and metallogenesis, establishing a metallogenic model for the deposits. It summarizes the structural control laws of the deposits, restores the maximum principal stress values and directions in the mining area. It focuses on the stress structural geochemistry and structural stress field prospecting methods, establishing and restoring the FCA models for structural geochemical fields, structural stress fields, and the prediction of concealed ore localization. It discusses the ore-controlling characteristics and mechanisms, proposing several prospecting targets and key target areas. Through close collaboration, significant progress has been made in metallogenic theory, and major breakthroughs have been achieved in the application of prospecting techniques. This book can serve as a reference for researchers, educators, and geological exploration workers engaged in prospecting exploration, deposit geochemistry, structural geochemistry, and related fields.