The most common application of rare earth fluorides is the raw materials for preparing rare earth metals and alloys by calcium thermal reduction and molten salt electrolysis. For example, in the process of preparing lanthanum, cerium, praseodymium-neodymium and dysprosium-iron alloys by molten salt ... Read More

Ytterbium metal has excellent photoelectric properties, such as low work function, high transmittance, relatively high stability and low surface plasma effect. Most rare earth metals react with hydrogen to form trihydrides and break and pulverize, while ytterbium only forms dihydrides under low ... Read More

As the lightest metal structural material in practical applications, magnesium alloy has the advantages of high specific strength, specific stiffness, good electromagnetic shielding and dimensional stability, and no pollution. Commonly used commercial magnesium alloys have good formability and room ... Read More

Rare earth acetate is widely used in catalysis, corrosion inhibition, luminescence, batteries and medicine, showing huge development space. Rare earth acetate crystals will not get wet and stick in the air, and have excellent water solubility and good thermal stability. With the deepening of ... Read More

As functional modified materials, rare earth elements play a key role in many links of the new energy industry. The innovative development of new rare earth materials is of great significance for improving the production conversion efficiency of new energy, optimizing storage and transmission ... Read More

Samarium iron nitride (SmFeN) rare earth permanent magnet material is a new generation of rare earth permanent magnet material. It is mainly composed of rare earth element samarium (Sm) and transition metal iron (Fe), and nitrogen (N) element is introduced through nitriding process to form a ... Read More

Rare earth nitrates are a class of compounds composed of rare earth elements and nitrate ions (NO3-). Their properties: Most rare earth nitrates are colorless crystals that are soluble in water; they have high thermal and chemical stability; rare earth nitrates are weakly acidic in solution; ... Read More

Rare earth fluorides (also known as rare earth fluorides) are often used as molten salt components (molten salt electrolysis method) or raw materials (calcium thermal reduction method) in the smelting of single or mixed rare earth metals, as additives in the processing and manufacturing of non... Read More

Rare earth elements are known as a treasure trove of new materials and "industrial vitamins" due to their unique 4f electronic structure. Rare earth oxide powders are a hot spot in the current development of rare earth materials. Particle size distribution is a very important performance indicator ... Read More

Rare earth oxyfluorides have the advantages of rare earth oxides and rare earth fluorides, that is, rare earth oxyfluorides have lower phonon energy than rare earth oxides and better thermal stability and durability than rare earth fluorides. Currently, research on rare earth oxyfluorides has become ... Read More