Chinese Journal of Geochemistry

, Volume 11, Issue 2, pp 156–167 | Cite as

Compositional characteristics of wolframite in tin deposits, Dupangling, Guangxi

  • Gan Guoliang 
  • Chen Zhixiong 


Statistical data on major, trace and rare-earth elements in wolframite from the quartz vein-and greisen-type tin deposits in the Dupangling orefield reveal: (1) The components in wolframite can be divided into two relatively independent groups: the WO3-Nb-Ta-Sc-REE group, in which WO3 is negatively correlated with the others and the FeO-MnO-Sn group, in which MnO is negatively correlated with the other two; (2) In general, REE fractionation is not significant, reflected mainly by the separation of Eu from other REE’s. LREE and HREE increase or decrease simultaneously, with HREE being more variable; (3) Nb, Ta, Sc, REE substitute for W, and Sn may enter into wolframite lattice accompanied by Fe-Mn substitution; (4) In contrast to wolframite in quartz veins, which is poor in REE, Nb, Ta and Sc and has highδ Eu values and LREE / HREE and Nb/Ta ratios, wolframite in greisen is rich in REE, Nb, Ta, Sc and has lowδ Eu values and LREE/HREE and Nb/Ta ratios; and (5) The contents and ratios of trace elements and REE partitioning parameters of wolframite can be used as guide for prospecting.


Quartz Vein Tungsten Deposit Elsevier Science Publishing Company Monzonitic Granite Albite Granite 
These keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.


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Copyright information

© Institute of Geochemistry, Chinese Academy of Sciences 1992

Authors and Affiliations

  • Gan Guoliang 
    • 1
  • Chen Zhixiong 
    • 1
  1. 1.Yichang Institute of Geology and Mineral ResourcesCAGSYichang

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