|Atomic Mass||167.26 g.mol -1|
|Discovered by||Nobel Institute for Physics in 1957|
Chemical Properties of Erbium
|Group||Lanthanides||Melting point||1522 °C|
|Period||6||Boiling point||2510 °C|
|Block||f||Density (g cm−3)||9.07|
|Atomic number||68||Relative atomic mass||167.259|
|State at 20°C||Solid||Key isotopes||166Er|
|Electron configuration||[Xe] 4f126s2||CAS number||7440-52-0|
|ChemSpider ID||22416||ChemSpider is a free chemical structure database|
What is Erbium?
- Erbium is a chemical radioactive element present as the eleventh element in the lanthanide series of the periodic table. The pure form of the element is a metal.
- Naturally, occurring Erbium is found in chemical combination with other naturally occurring elements. When it is artificially isolated its appearance is a silvery-white solid metal.
Uses of Erbium
- This metal is used to color lenses of glasses.
- It is also used in the control rods of nuclear reactors.
- It has a vital application in the production of metal alloys.
- Erbium ion’s unique wavelength aids laser surgery.
Properties of Erbium
- The pure form of Erbium metal is malleable.
- It is very stable and it does not oxidize quickly when it is exposed to air (when compared to other rare earth metals).
- It comprises of properties that are similar to other rare earth materials or lanthanides.
- It is an interesting probe for a large variety of physical effects due to its unique properties.
Certain Facts About Erbium
- Although Erbium is considered as a rare metal, it is actually not since it is the forty-fifth most abundant element found in the earth’s crust.