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muonium

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Definitions of muonium in various dictionaries:

noun - an electron and a positive muon bound together

MUONIUM - Muonium is an exotic atom made up of an antimuon and an electron, which was discovered in 1960 by Vernon W. Hughes and is given the chemical symbol ...

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an exotic atom formed when a positively charged muon (an anti-muon) and an electron are bound by their mutual electrical attraction chemically equivalent to a light, short-lived isotope of hydrogen
A short-lived, electrically neutral system analogous to an atom, consisting of a positive muon bound to an electron.

Muonium description
Muonium is an exotic atom made up of an antimuon and an electron, which was discovered in 1960 by Vernon W. Hughes * and is given the chemical symbol Mu. During the muon's 2.2 µs lifetime, muonium can enter into compounds such as muonium chloride (MuCl) or sodium muonide (NaMu). Due to the mass difference between the antimuon and the electron, muonium (+e) is more similar to atomic hydrogen (p+e) than positronium (e+e). Its Bohr radius and ionization energy are within 0.5% of hydrogen, deuterium, and tritium, and thus it can usefully be considered as an exotic light isotope of hydrogen.Although muonium is short-lived, physical chemists study it using muon spin spectroscopy (SR), a magnetic resonance technique analogous to nuclear magnetic resonance (NMR) or electron spin resonance (ESR) spectroscopy. Like ESR, SR is useful for the analysis of chemical transformations and the structure of compounds with novel or potentially valuable electronic properties. Muonium is usually studied by m

Muonium description

Muonium is an exotic atom made up of an antimuon and an electron, which was discovered in 1960 by Vernon W. Hughes
* and is given the chemical symbol Mu. During the muon's 2.2 µs lifetime, muonium can enter into compounds such as muonium chloride (MuCl) or sodium muonide (NaMu). Due to the mass difference between the antimuon and the electron, muonium (+e) is more similar to atomic hydrogen (p+e) than positronium (e+e). Its Bohr radius and ionization energy are within 0.5% of hydrogen, deuterium, and tritium, and thus it can usefully be considered as an exotic light isotope of hydrogen.Although muonium is short-lived, physical chemists study it using muon spin spectroscopy (SR), a magnetic resonance technique analogous to nuclear magnetic resonance (NMR) or electron spin resonance (ESR) spectroscopy. Like ESR, SR is useful for the analysis of chemical transformations and the structure of compounds with novel or potentially valuable electronic properties. Muonium is usually studied by m

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