Noble Gas Xenon, Xe


54

Xe
131.3
Xenon
[Kr]
5s2
4d10
5p6

Xenon History

By efforts of many of scientists, especially of Morris Travers, significant amounts of liquid air became accessible. Liquid xenon also became available for scientists, due to which William Ramsay and Morris Travers obtained an opportunity to start research of the residue left over from evaporating of such components of liquid air as helium, hydrogen, neon, oxygen, nitrogen and argon. It contained raw krypton. However, after evaporating krypton there was still a bubble with some gas in the vessel. The gas was emitting a blue glow when excited by electrical discharge and produced extremely very unusual, full-spectrum, from orange to violet, white light. These spectrum lines are the carte-de-visite of this element. Ramsay and Travers had all good reasons to suppose that a new element, inert, or noble gas, had been discovered. It was called xenon, from a Greek word meaning "strange one" or "stranger"; it was a stranger indeed in krypton fraction.

Xenon Occurrence

Abundance in atmosphere is 0.86x10-5 % by volume; deposits are estimated as 1.6-1011 m3. It is of limited occurrence in space: 1 xenon atom per 7.7x108 helium atoms. It is contained in gaseous inclusions of uranium-bearing minerals, up to 20% by mass, as well as in irradiated fuel of nuclear reactors.

Xenon Production

Xenon is produced as a by-product of air fractions separation. It may be extracted from krypton-xenon concentrate. Manufactured xenon is graded as pure, 99.4% by volume, and high-pure, 99.9%.

Xenon Neighbours



Complete Periodic Table

35Br
79.9
Bromine
36Kr
83.8
Krypton
53I
126.9
Iodine
54Xe
131.3
Xenon
85At
[210.0]
Astatine
86Rn
[222.0]
Radon

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* Xenon, Xe
Isotopes
Energy
Applications
PDB 1-50
PDB 51-57