Granitic pegmatite deposits contain important critical metal resources, but the geologic
processes that generate critical metal mineralization in these systems remain enigmatic …

Pegmatites are commonly associated with or strongly influenced by the crystallization of
magmatic volatile phases (MVP) as ascending magmas undergo differentiation. The …

The exact role magmatic versus metasomatic processes play in Ta-Nb mineralization is a
question that has been debatable for several decades. The Jiabusi deposit is chosen to …

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 …

It is widely accepted that the complexation of Sn with Cl in magmatic-hydrothermal fluids is
critical for the formation of endogenic Sn deposits. However, Sn abundance as high as 0.4 …

The genesis of pegmatite and the associated Li-mineralization mechanism remain debated.
The intimate temporal-spatial relationship between the pegmatites in the Dahongliutan Li …

The Mangodara district (southwestern of Burkina Faso, West African Craton) consists of a
regional-scale Eburnean dome cored by granitoid-gneisses comprising rafts of migmatitic …

The Lijiagou pegmatite spodumene deposit, located in the middle of the Songpan–Garze
Fold Belt and southeast of the Ke'eryin ore field, is a newly discovered super-large deposit …

Rare-element pegmatites are the crystallization product of melts strongly enriched in
incompatible elements. Some of these elements, eg, Li, B, P, F, and H 2 O, function as melt …

Abstract The Qiongjiagang pegmatite-type Li deposit is closely associated with tourmaline-
muscovite granite, barren pegmatite and spodumene pegmatite. Zircon and apatite from the …