Samarium Cobalt

SmCo₅

IUPAC: Samarium cobalt

CAS: 12017-68-4

Aperçu

Samarium cobalt magnets were the first rare earth permanent magnets developed. They retain their magnetism at higher temperatures than neodymium magnets.

Composition

Élément	Symbole	Atomes	Masse atomique
Cobalt	Co	5	58,9330
Samarium	Sm	1	150,3600

Composition élémentaire

Cobalt ×5

52,0%

Samarium ×1

26,5%

Usages

• High-temperature permanent magnets
• Aerospace motors
• Military applications
• Scientific instruments

Le saviez-vous

✦ Preferred over neodymium magnets in aerospace because they work at temperatures up to 350°C

Structure

SMILES

[Co].[Co].[Co].[Co].[Co].[Sm]

Propriétés

Type: inorganic
État: solid
Masse molaire: 566,64 g/mol
Densité: 8,4000 g/cm³
Point de fusion: 1350,0 °C
Solubilité: insoluble

Molecular Descriptors

Exact Mass: 446,5857
TPSA: 0,0 Å²
H-Bond Donors: 0
H-Bond Acceptors: 0
Rotatable Bonds: 0
Heavy Atoms: 6
Complexity: 0,0

Composés associés

Diborane

B₂H₆

Arsine

AsH₃

Boron Trichloride

BCl₃

Cisplatin

Pt(NH₃)₂Cl₂

Gallium Arsenide

GaAs

Barium Ferrite

BaFe₁₂O₁₉

Barium Titanate

BaTiO₃

Calcium Aluminate Cement

CaO·Al₂O₃

Nitrogen Trifluoride

NF₃

Aluminum Chloride

AlCl₃

Frequently Asked Questions

What is Samarium Cobalt?

Samarium Cobalt (SmCo₅) is a inorganic compound with the IUPAC name Samarium cobalt.

What is the molecular weight of Samarium Cobalt?

Samarium Cobalt has a molar mass of 566.64 g/mol.

What state is Samarium Cobalt at room temperature?

Samarium Cobalt is a solid at room temperature.

Is Samarium Cobalt organic or inorganic?

Samarium Cobalt is classified as an inorganic compound.

What elements make up Samarium Cobalt?

Samarium Cobalt (SmCo₅) is composed of Cobalt (Co), Samarium (Sm).