| The molybdenum and vanadium ore deposit of Tangjia in Shaanxi is located in thesouthern Qinling, study area under the South Qinling-Dabie stratigraphic zones, Langao-Zhuxi stratigraphic area, it was divided into wo formations，in the north of the breakage isZiyang–Pingli stratum cell，and in the south of the breakage is Gaotan-Binfang stratum cell.The study area is in the Intracontinental rift zone of Caledonian，the formation of the area ispriority to black shales. The main formations are Cambrian system and The ordovicianThe molybdenum and vanadium ore deposit within the study area was generally trendingnorth-west, due to Hannan land to the northeast of the push, making the region the maindirection of tectonic line was North West-South East trending, and stratigraphic distributionin the same direction, local controlled by faults, the performance of deposition-transformation type deposit characteristics, metallogenic not only related to the role of earlydeposition, mineralization and NW-trending faults also has a close relationship, whichcontrols the local deposits, mines, mining points and the distribution of geochemicalanomalies.The Characteristics of the combination of elements in the study area is including low andhigh temperature, mainly forming elements Mo, V; associated elements as Au, Ag, As, Sb,Hg, Cu, Pb, Zn, P, Ni. Enrichment had been broken control Xiangjiaba had Xiangjiaba breakfor molybdenum vanadium ore body formation and enrichment of associated elementsprovided an important condition. But also for the regional metallogenic element activationand redistribution of heat, molybdenum vanadium ore body formation and enrichment zonesassociated to the distribution center had Xiangjiaba fracture.My article comprehensive the data of regional metallogenic, application depositgeology, petrology, mineralogy, structural geology, geochemistry and other disciplines ofknowledge Zhenping County, Shaanxi Province Tang Pass sub-molybdenum-vanadium Geological characteristics and genesis were studied, analyzed the Tang Pass sub-molybdenumvanadium deposit prospecting and proposed prospectin. |
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