Thomson: Difference between revisions
From Mass Spec Terms
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, Replaced: == Related Terms == ‚Üí == See also ==, using AWB |
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==Sparkman== | ==Sparkman== | ||
{{incorrect}} | {{incorrect}} | ||
== | == See also == | ||
[[m/z]] | [[m/z]] | ||
== External | == External links == | ||
*[http://ch309c.chem.lsu.edu:16080/mswiki/index.php/Thomson_%28unit%29 Thomson Unit - Mass Spectrometry Wiki] | *[http://ch309c.chem.lsu.edu:16080/mswiki/index.php/Thomson_%28unit%29 Thomson Unit - Mass Spectrometry Wiki] | ||
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:????????????????????????This [mass-to-charge] unit would be defined as the quotient of mass in units of u and the number of charges, z. The number of charges could be positive or netagive, depending on the sign of the charge ?????????????????????? Using the standard rules for abbreviation, we have 1 Th = 1 u/atomic charge. For example, the peptide [sic] myoglobin myoglobin (isotope average molecular weight 16,950 u) can be deduced from the measurement of a peak at 998.0 Th provided it is known that the ion bears 17 charges.?????????????????????? | :????????????????????????This [mass-to-charge] unit would be defined as the quotient of mass in units of u and the number of charges, z. The number of charges could be positive or netagive, depending on the sign of the charge ?????????????????????? Using the standard rules for abbreviation, we have 1 Th = 1 u/atomic charge. For example, the peptide [sic] myoglobin myoglobin (isotope average molecular weight 16,950 u) can be deduced from the measurement of a peak at 998.0 Th provided it is known that the ion bears 17 charges.?????????????????????? | ||
*[[Wikipedia: | *[[Wikipedia:Joseph John Thomson]] | ||
Revision as of 16:18, 12 July 2009
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This term has a corresponding Wikipedia article: Wikidata page for Thomson |
Sparkman
See also
External links
- ????????????????????????This [mass-to-charge] unit would be defined as the quotient of mass in units of u and the number of charges, z. The number of charges could be positive or netagive, depending on the sign of the charge ?????????????????????? Using the standard rules for abbreviation, we have 1 Th = 1 u/atomic charge. For example, the peptide [sic] myoglobin myoglobin (isotope average molecular weight 16,950 u) can be deduced from the measurement of a peak at 998.0 Th provided it is known that the ion bears 17 charges.??????????????????????
