Pyro · hydrometallurgy rare metal refining and smelting process

Molten-salt electrolysis and electrochemical process development

Electron-beam melting and thermodynamic vapor-liquid-equilibrium behavior evaluation

Thermodynamic and crystallography

High entropy alloys

Rare earth refining and recycling process and thermodynamical evaluation

Sol-gel and hydrometallurgical process to oxide-metal powder metallurgy

Electrochemical process and analysis of molten-salt process

Pyro-metallurgical recycling of rare earths

Advanced rare earths materials

Powder metallurgy for additive manufacturing

NdFeB rare earth permanent magnets and magnetic materials

Aluminum, Cast iron/Steel casting technology

TEM (Transmission Electron Microscope)

Microstructural Analysis

Aluminum Alloy Analysis

Applications of Piezoelectric Ceramics

Fabrication of lithium selectivity ceramic membrane

Water-induced energy harvesting

Nanostructure applications

Freshwater/concentrate modules utilizing electrodialysis on a Lab-on-a-chip platform.

Digital transformation of process equipment

Deposition, Annealing equipment based on pulsed-laser

Micronized powder with micro-extinguishing capsules

Waste resource recycling and refining for energy materials

Pyrometallurgy pyrolysis smelting and thermodynamics-based model construction

Hydrometallurgy process for separation and recovery of rare & precious metals

Functional Rare Metal Composite

REE Standards

2D Nanostructure Applications

Refractory metal refining and recycling for high valuable materials

Self-propagating High Temperature Synthesis process and analysis

Pyrometallurgical reduction and metal powder metallurgy

Pyrometallurgy refining & recycling process for rare metal

Electron-beam melting of refractory metals and characteristic analysis

Thermodynamic based vapor-liquid-equilibrium calculation and evaluation

Energy harvesting

Atmosphric environment

Powder metallurgy for additive manufacturing

Advanced rare earths materials