6. 3D Quantitative Prediction Method of Mineral Resources

The chapter delves into the 3D quantitative prediction method of mineral resources, focusing on the technical route and process for achieving 3D quantitative prediction and evaluation. It begins with the establishment of a 3D geological data model, utilizing basic geological data and mineralization laws as the foundation. The text discusses the systematic collection of multivariate information such as geology, mineral resources, geophysics, geochemistry, and remote sensing geology to establish a comprehensive geological database. It also covers the study of regional mineralization laws, the summarization of mineralization conditions and prospecting indicators, and the establishment of a prospecting model. The chapter further explores the integration of geological exploration data, geophysical and geochemical exploration data, and the use of 3D geological modeling technology to infer and delineate geological bodies. It concludes with the application of theoretical methods such as geostatistics to analyze the 3D mineralization conditions of deep ore bodies and search for favorable mineralization conditions, providing a scientific basis for further evaluation and deployment suggestions.