Surface ionization: Difference between revisions
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== | == Orange Book entry == | ||
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This takes place when an atom or molecule is ionized when it interacts with a solid surface. Ionization only occurs when the [[ | This takes place when an atom or molecule is ionized when it interacts with a solid surface. Ionization only occurs when the [[work function]] of the surface, the temperature of the surface and the [[ionization energy]] of the atom or molecule have an appropriate relationship. | ||
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== [[Gold Book]] Entry == | == [[Gold Book]] Entry == | ||
Takes place when an atom or molecule is ionized when it interacts with a solid surface. Ionization occurs only when the [[ | Takes place when an atom or molecule is ionized when it interacts with a solid surface. Ionization occurs only when the [[work function]] of the surface, the temperature of the surface, and the [[ionization energy]] of the atom or molecule have an appropriate relationship. | ||
== External | == External links == | ||
*[[Wikipedia:Ionization energy]] | *[[Wikipedia:Ionization energy]] | ||
*[[Wikipedia:Work function]] | *[[Wikipedia:Work function]] | ||
[[Category:Ionization]] | [[Category:Ionization]] | ||
[[Category:Orange book term]] |
Revision as of 13:12, 12 July 2009
Obsolete Template
Orange Book entry
Orange Book
ORANGE BOOK DEFINITION
IUPAC. Analytical Division. Compendium of Analytical Nomenclature (the Orange Book). Definitive Rules, 1979 (see also Orange Book 2023) |
Surface ionization |
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This takes place when an atom or molecule is ionized when it interacts with a solid surface. Ionization only occurs when the work function of the surface, the temperature of the surface and the ionization energy of the atom or molecule have an appropriate relationship. |
IUPAC 1997 Orange Book Chapter 12 |
Index of Orange Book Terms |
Gold Book Entry
Takes place when an atom or molecule is ionized when it interacts with a solid surface. Ionization occurs only when the work function of the surface, the temperature of the surface, and the ionization energy of the atom or molecule have an appropriate relationship.