In light of the growing demand for mineral resources and the increasing challenges associated with geological exploration, it is strategically imperative to advance mineral exploration technologies, synthesize practical prospecting experiences, and innovate metallogenic theories. These efforts are crucial for ensuring national resource security and fostering the sustainable development of the mining industry. This virtual topic is dedicated to the core area of "Mineral Exploration and Metallogenic Theory", and aims to compile cutting-edge research findings and practical prospecting experiences in this domain. The scope encompasses the geology of ore deposits, metallogenic characteristics, mineralization enrichment patterns, and key prospecting technologies, thereby providing a comprehensive overview of the latest research advancements and significant breakthroughs. The objective is to establish an open and collaborative communication platform for experts, scholars, frontline scientific and technological professionals, and relevant policymakers. This platform seeks to address prospecting challenges, facilitate new breakthroughs in geological exploration, and contribute scientific expertise to safeguard national mineral resources.
In the context of harmonizing mineral resource development with ecological environmental protection, mining engineering is undergoing a pivotal transformation from traditional, extensive practices to approaches that are green, intelligent, and efficient. This thematic focus addresses the multidisciplinary frontier of Mining Engineering, systematically presenting the latest research findings and innovative case studies in areas such as deep resource extraction, green mining, and intelligent mining technologies. The objective is to establish an interdisciplinary communication platform for researchers and engineers in mining engineering, fostering basic theoretical innovation, breakthroughs in key technologies, and the translation and application of these achievements. The emphasis is on addressing technical challenges in deep resource mining and intelligent mining, thereby advancing mining engineering towards safer, more environmentally friendly, intelligent, and sustainable practices. This initiative aims to provide robust scientific support for the global transformation and upgrading of mining practices, contributing to sustainable development.
In light of the increasing demand for advanced resource development and the expansion of major geotechnical engineering projects into complex geological environments, rock mechanics has emerged as a crucial discipline. It investigates the mechanical behavior of rock under external forces and its engineering applications, serving as a fundamental pillar for ensuring engineering safety and promoting efficient resource exploitation. This thematic issue highlights cutting-edge technologies and innovative methodologies in the field of rock mechanics, addressing key research areas such as the fundamental mechanical properties of rock, multi-field coupling mechanisms, rock mass structural stability, rock fracture, and disaster prediction. It emphasizes the innovative achievements and research advancements of experts, scholars, and engineering technology researchers globally. The objective is to establish an open communication platform for scientific and technical professionals in rock mechanics, foster interdisciplinary integration and knowledge transfer, and provide robust theoretical and technical support for deep resource development and complex geological engineering.
Amidst the ongoing wave of mining reform, green smart mines represent the forefront of technological innovation in the mining sector, guiding the transformation and upgrading of mines towards sustainable development. This virtual topic delves into the critical domain of "Green Intelligent Mine", systematically elucidating the theoretical framework and methodological systems underpinning this concept. It comprehensively showcases key technologies, such as intelligent mining and unmanned transportation, facilitated by the high-tech capabilities of the Internet of Things and big data. Additionally, it highlights exemplary cases of national green mine construction. The objective is to establish a platform for technology sharing and experience exchange among professionals in mining science and technology, thereby harnessing industry expertise and providing robust support for the development of a new type of mine characterized by intelligence, precision, safety, reliability, economic efficiency, ecological harmony, and sustainability.
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