Difference between revisions of "Muonium"
From WeKey
Jump to navigationJump to search (Created page with "...wherein the reader is introduced to the ''muonium'' (Mu) atom, a light isotope of the hydrogen (H) atom, consisting of a positive muon (''µ''<SUP>+</SUP>) orbited by...") |
|||
| Line 1: | Line 1: | ||
[[µSR]] -- here |
|||
---- |
|||
...wherein the reader is introduced to the ''muonium'' (Mu) atom, a light isotope of the hydrogen (H) atom, consisting of a positive muon (''µ''<SUP>+</SUP>) orbited by an electron (''e''<SUP>-</SUP>). (Technically, according to strict naming conventions, it should really be called "''[http://musr.ca/intro/musr/htm/muonium.htm muium]''", but who can pronounce that?) |
...wherein the reader is introduced to the ''muonium'' (Mu) atom, a light isotope of the hydrogen (H) atom, consisting of a positive muon (''µ''<SUP>+</SUP>) orbited by an electron (''e''<SUP>-</SUP>). (Technically, according to strict naming conventions, it should really be called "''[http://musr.ca/intro/musr/htm/muonium.htm muium]''", but who can pronounce that?) |
||
Latest revision as of 14:41, 17 September 2022
µSR -- here
...wherein the reader is introduced to the muonium (Mu) atom, a light isotope of the hydrogen (H) atom, consisting of a positive muon (µ+) orbited by an electron (e-). (Technically, according to strict naming conventions, it should really be called "muium", but who can pronounce that?)
In solids, any neutral bound state between a µ+ and an e- is considered muonium, and is written Mu0 to emphasize its neutrality, since the muon also appears in its "bare" positively charged state (Mu+) and (in some cases) bound to two electrons, forming Mu-. A comprehensive taxonomy of "muonium centers" will be attempted here.
