Granitic rocks are ubiquitous worldwide in ancient and active tectonic settings, representing
powerful sources of information about the Earth's past and present geodynamic behaviour …

Wolframite-quartz vein-type tungsten deposits constitute the world's major tungsten
resources and are integral to tungsten production. A major share of this mineralization …

Critical metals are a recently proposed classification for strategic metal resources in the
world. These metals are essential and critical for modern industry and economic …

南岭是我国花岗岩研究程度最高的地区. 特别是由于这一地区花岗岩与钨, 锡, 铌, 钽, 锆, 铪, 铜,
钼, 铅, 锌, 银, 铋, 锑, 铀, 锂, 铍, 稀土等金属成矿作用关系密切而受到国内外学术界关注 …

Highly evolved granitic melts typically experience late-stage melt-melt and fluid-melt
immiscibility as well as fluid-melt and fluid-rock interaction. These processes are particularly …

In the Proterozoic tungsten belts of Balda and Motiya in western India, tungsten
mineralization is hosted in tourmaline-bearing quartz veins intrusive into pelitic schists and …

Understanding the speciation and thermodynamic properties of aqueous tungsten (W)
complexes under various conditions is essential for predicting W transport in hydrothermal …

Abstract Zinnwaldite, a Li, Rb-mica is a common magmatic or hydrothermal mineral in many
tungsten deposits. In this study, we use the trace element and Li-isotope composition of …

The occurrence of either scheelite (CaWO 4) or wolframite ([Fe, Mn] WO 4) in tungsten
deposits is generally explained by the Ca content of the host rocks, but scheelite/wolframite …

Fluid evolution is an essential subject in the studies of hydrothermal ore-forming processes.
Garnet and scheelite prevail in W-bearing skarn deposits and record plentiful information on …