Sedimentary evolution of the Lop Nur Salt Lake and the law of potassium mineralization

Article source: Release time:2024-03-15 11:28 Author: Views:609 Automatic translation:yes
Reporter:刘成林 教授(中国地质大学-武汉)
  
Time:2023年12月18日(星期一)11:00-12:00
  
Place:钟健报告厅(系楼218)
  
Description:
  

Second level professor, doctoral supervisor, and former director of the New Energy and New Materials Mineral Research Office at the Institute of Mineral Resources, Chinese Academy of Geological Sciences. Engaged in long-term research on marine and terrestrial salt lake sedimentation, potassium lithium non-metallic mineralization, resource exploration and mining technology, etc. Selected for the "New Century Millions of Talents Project", the first batch of the "Hundred Talents Plan" of the Ministry of Land and Resources, leading talents in scientific and technological innovation, and the Outstanding Geological Talents Program of the China Geological Survey, and won the 4th Huang Jiqing Youth Geological Science and Technology Award and the Liu Outline Excellent Youth Science and Technology Award. I have presided over more than ten projects, including the National 973 Program, the National Science and Technology Support Program, the Third Xinjiang Salt Lake Scientific Expedition organized by the Ministry of Science and Technology, the National Natural Science Foundation of China's key and geological survey national level integrated exploration, and major science and technology special projects and projects in Xinjiang. Collaborating to discover the Lop Nur super large potassium salt deposit; Cooperate to establish the "high-altitude deep basin migration" and "two-stage" potassium generation model in Lop Nur; Propose models for controlling the formation of potassium in terrestrial salt lake structures, such as the "aquifer wall" and advanced potassium formation; Establish a theory of brine type potassium lithium mining areas in South China; Innovate the marine potassium formation model of China's small continental blocks in the East Tethys domain, etc; Collaborative research and development of low-grade solid potassium salt liquefaction technology in salt lakes. Received two first prizes of the National Science and Technology Progress Award, and three first and second prizes of other provincial and ministerial level awards