Discovery of the Polymetallic Mineralization Zone in Mazar—Heiqiadaban Area, West Kunlun, and Its Geological Significance
Boqin Li
Abstract
Boqin Li
Abstract
Magmation was frequent, tectonic deformation was violent, the history of geological evolvement was long and geological condition of producing mineral was good in West Kunlun. There is advantaged geological condition of producing mineral in West Kunlun, but the grade of commodity research is low because of the execrable physical geography. During the field researching from 2002 to 2003, three mineralizations which all have five ore bodies were found to the east of Mazar by author. These ore bodies nearly depend on Kangxiwa tectonic belt in time, space and origin. The three mineralizations including five ore bodies constitute the ore band of polymetal in Heiqiadaban. Although the tenor of the ore bodies in ore band is relative low, the ore band has huge size, has good geological condition of producing mineral and clear unconventionality (abnormity) of geochemical exploration, a better future of search for minerals is showed.
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Magmation was frequent, tectonic deformation was violent, the history of geological evolvement was long and geological condition of producing mineral was good in West Kunlun. There is advantaged geological condition of producing mineral in West Kunlun, but the grade of commodity research is low because of the execrable physical geography. During the field researching from 2002 to 2003, three mineralizations which all have five ore bodies were found to the east of Mazar by author. These ore bodies nearly depend on Kangxiwa tectonic belt in time, space and origin. The three mineralizations including five ore bodies constitute the ore band of polymetal in Heiqiadaban. Although the tenor of the ore bodies in ore band is relative low, the ore band has huge size, has good geological condition of producing mineral and clear unconventionality (abnormity) of geochemical exploration, a better future of search for minerals is showed.
Key concepts: Geology, Mineralization (soil science), Tectonics, Mineral resource classification, Geochemistry, Mineral exploration, Diapir, Mining engineering