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Application of geochemical block theory to lead-zinc resources potential prediction in Tuotuohe area, Qinghai Province

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Authors:Liu Changzheng; Chen Yuelong; Xu Guang; Zhao Juan; Li Yue; Li Linye; Ji Bingyan; Wang Yuankui
Author Affiliations:Primary:
China University of Geosciences, School of Earth Sciences and Resources, Beijing, China
Other:
5th Institute of Geology and Minerals Exploration of Qinghai Province, China
Volume Title:Dixue Qianyuan Earth Science Frontiers
Source:Dixue Qianyuan = Earth Science Frontiers, 18(5), p.271-282. Publisher: China University of Geosciences, Beijing, China. ISSN: 1005-2321
Publication Date:2011
Note:In Chinese with English summary. 26 refs.; illus., incl. 7 tables, sketch maps
Summary:The threshold and different concentration levels of geochemical blocks of lead and zinc in Tuotuohe area were determined with geochemical methodology and technology and the blocks were delineated. The authors have summarized the spatial distribution characteristics of geochemical blocks and traced the possible of occurrence of large to superlarge deposits through a study of the internal structure of the geochemical blocks. The relations between geochemical blocks and the proven deposits of Tuotuohe areas with high prospecting degree were studied and the mineralization coefficients were calculated, which was used in Tuotuohe area to forecast the potential reserve of lead and zinc. It is pointed out that there are great potential to search for lead and zinc mineral resources in these geochemical blocks. The results obtained will play a guiding role in strategic ore resource prognosis and exploration arrangement of this area.
Subjects:Applications; Geochemical methods; Geochemistry; Lead ores; Lead-zinc deposits; Metal ores; Mineral exploration; Mineral resources; Pathfinders; Potential deposits; Prediction; Theoretical studies; Zinc ores; Asia; China; Far East; Qinghai China; Tuotuohe China
Coordinates:N340300 N340300 E0930600 E0930600
Record ID:710901-23
Copyright Information:GeoRef, Copyright 2021 American Geosciences Institute.
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