The element Erbium is a 'rare earth metal' or lanthanoid; in its pure state, it is a soft and malleable silver-white metal. Its element is 68; its atomic symbol is Er. It is a natural solid, having a melting point of 1529 degrees centigrade. It has a relative Atomic Mass of 167.259, an atomic radius of 175.7 picometers, and a density of 9.07 grams per cubic centimeter. Like other lanthanoid metals, Erbium does not occur naturally as a pure metal; it is usually found mixed into mineral conglomerates called monaxite sand ores, which are complicated mixtures of a variety of lanthanoids with phosphorus and oxygen. Pure Erbium must be chemically reduced from a metallic salt which is extracted from the mineral ores in a complex, difficult, and potentially dangerous process involving sulfuric acid. Lanthanoids are not quite as 'rare' as the term rare earth might suggest, but because they are difficult to separate they have only become comercially available as pure metals due to recent advances in ion-exchange purification technology.
Answer: No, but it must be extracted from other materials to be pure erbium.
Einsteinium, Erbium, Europium
· Erbium (Er) · Europium (Eu)
Man-made and Natural Resources
about 18,000 man made sattelites are orbiting the earth!
What is the largest man-made thing in or things in the state of Montana?
hydrogen plus erbium
The boiling point of erbium of 2510.0o C
Yes, Erbium (Er) is a metal from the lanthanides group.
Erbium has 68 electrons.
The melting point of erbium is 1522.0o C
Erbium, with the chemical symbol Er, is the chemical element with the atomic number 68.
All erbium ordinarily found in nature is of stable isotopes. Like all other elements, erbium has synthetic radioactive isotopes.
The melting point of erbium is: 1 529 0C.
The formula for erbium acetate is Er(C2H3O2)3.
Erbium is a silvery-white metal that is classified as a lanthanide on the periodic table. It does not have a distinctive color in its pure form.
Erbium is commonly used in nuclear reactors as a neutron absorber to control nuclear reactions. It is also used in optical amplifiers for fiber optic communication to amplify light signals. Additionally, erbium compounds can be found in some specialty glass and ceramics for their unique optical properties.
Er.