|Atomic Mass||286 g.mol-1|
|Discovered by||Scientists from the Joint Institute for Nuclear Research in Dubna, Russia, and Lawrence Livermore National Laboratory in California in 2003|
Chemical Properties of Nihonium
|Block||p||Density (g cm−3)||Unknown|
|Atomic number||113||Relative atomic mass|||
|State at 20°C||Solid||Key isotopes||286Nh|
|Electron configuration||[Rn] 5f14 6d10 7s2 7p1||CAS number||54084-70-7|
|ChemSpider ID||–||ChemSpider is a free chemical structure database.|
What is Nihonium?
- Nihonium, formerly known as Ununtrium (Uut), is a p-block transactinide element in the periodic table with its group number being 13.
- Nihonium is a highly radioactive metal and represented by the symbol Nh. It was invented through the bombardment of atoms of Americium-243 with Calcium – 48 ions.
Uses of Nihonium
- No specific uses have been reported till date for the element other than for scientific research.
Properties of Nihonium
- It possesses properties similar to that of indium, boron, and aluminum and appears to be much denser than thallium which also consists of similar properties of that of Nihonium.
- It is a synthetic element with an atomic number 113 and it is not found in the natural environment.
- It is located within in a boron group and it is a part of a 7th period.
- Ununtrium has no naturally occurring isotopes. They are usually incorporated in laboratories.
- Six isotopes have been noted so far consisting of atomic mass 278 and 282 to 286. They are produced by integrating two atoms. Monohydride is one of the simplest forms of a compound of Ununtrium.
Health Effects About Nihonium
- There is no valid reason for considering harmful effects on the environment as they are unstable and possess short half-life.
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