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Samarium oxide powder Raw Materials CAS 12060-58-1
Product Overview:
Samarium oxide powder also known as samarium oxide CAS 12060-58-1 is an inorganic chemical product, its molecular formula is O3Sm2, molecular weight is 348.7182.Samarium oxide Raw Materials Insoluble in water, soluble in acid. Easily absorb moisture and carbon dioxide in the air.
Samarium oxide powder Raw Materials CAS 12060-58-1 Attributes
MF:O3Sm2
MW:348.72
EINECS:235-043-6
Specification:Samarium oxide powder
Sample:Samarium oxide powder
Brand:Samarium oxide powder
Appearance: powder
Storage: Cool Dry Place
Brand: Globalchemical
Shelf Life: 2 Years
Test Method: HPLC
Samarium oxide powder Raw Materials CAS 12060-58-1 Details
Uses and synthesis of Samarium oxide powder
Samarium oxide powder, also known as samarium oxide CAS 12060-58-1 is an inorganic chemical product with molecular formula O3Sm2 and molecular weight 348.7182.Samarium oxide Raw Materials Insoluble in water, easily soluble in acid. Easily absorb moisture and carbon dioxide in the air.
Applications / Functions of Samarium oxide powder
- Samarium oxide powder Used as material for making samarium metal, magnetic material and memory element.
- Samarium oxide CAS 12060-58-1 It can be used as additive of infrared absorbing glass, coating in photographic material, making samarium cobalt permanent magnetic material, and raw material of producing samarium metal.
- Samarium oxide Raw Materials is mainly used in the production of metal samarium, samarium cobalt permanent magnetic materials, electronic devices and ceramic capacitors.
Research Reagent,Biochemical Research
Physicochemical Property of Samarium oxide powder
White slightly yellowish powder. Insoluble in water, soluble in acid.
Production methodprocess of Samarium oxide powder
Samarium oxide powder is produced from the solution of rare earth chloride obtained from the treatment of monazite or mixed rare earth ores by extraction, reduction with zinc powder, europium extraction by alkalinity method, separation of samarium and gadolinium by the method of mixed rare earth grouping, dissolution, and then precipitation with oxalic acid, separation, and cauterisation.