Journal of Jilin University(Earth Science Edition) ›› 2020, Vol. 50 ›› Issue (6): 1917-1928.doi: 10.13278/j.cnki.jjuese.20190071

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Application of Remote Sensing in Uranium and Polymetallic Mineral Exploration in Xinchengzi Basin, Inner Mongolia

Wu Yanqing, Wang Shicheng, Ding Yuan, Wang Wenzheng, Yu Honglong, Wang Qing, Li Yang   

  1. Geological Party NO. 243, China National Nuclear Corporation, Chifeng 024006, Inner Mongolia, China
  • Received:2019-04-05 Published:2020-12-11
  • Supported by:
    Supported by China Nuclear Geology Uranium Survey and Evaluation Project (202001,202013-1)

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Abstract: The Xinchengzi basin in Inner Mongolia is located in Zhalantun volcanic-type uranium deposit prospecting area in the southern end of Da Hinggan Mountains. The Mesozoic volcanic activities in the basin were frequent and intensive, and regional fault structures were developed. The volcanic-type uranium is the main type of mineralization in this basin. So far, one volcanic-type uranium deposit, two uranium mineralized spots, and twenty mineralization anomalies were found, which indicate that there is great metallogenic potential in this basin. The bedrock of the research area is well exposed, which is conducive to carry out the remote sensing for uranium deposits exploration. In the study area, the author used the remote sensing data to interpret the structure and extract the alteration information. According to the data of GF-1, the study area is characterized by four sets of linear structures of NE, NW, near EW, and near NS. According to Landsat ETM data, the alteration information, such as iron stains and hydroxyl groups, was extracted to narrow the ore prospecting area. In addition, the geological survey and drilling were carried out. Finally, according to the multi-source geo-information, four metallogenic prospecting areas (Husitaibei, Bayanerdeng, Wujianfang and East Renjiayingzi) were delineated. One polymetallic industrial hole in Husitaibei and two uranium industrial holes in Wujianfang have been verified by drilling.

Key words: :Xinchengzi basin, remote sensing interpretation, mineral exploration, metallogenic prediction, uranium volcanic

CLC Number: 

  • PT753
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