LC/MS interfaces: Difference between revisions
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'''MAGIC''' - aerospray | '''MAGIC''' - aerospray | ||
'''Particle Beam''' - aerospray | '''Particle Beam''' - aerospray | ||
'''Thermobeam''' - aero-thermospray | '''Thermobeam''' - aero-thermospray | ||
'''ion spray''' - aero-electrospray | '''ion spray''' - aero-electrospray | ||
All this may be a bit "extreme", since it does not closely follow what is in the literature, and excludes APCI. However, this whole issue should be addressed, and a few terms settled on. | All this may be a bit "extreme", since it does not closely follow what is in the literature, and excludes APCI. However, this whole issue should be addressed, and a few terms settled on. | ||
}} | }} | ||
Revision as of 22:04, 19 July 2009
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| ASMS TERMS AND DEFINITIONS POSTER ENTRY |
| LC/MS interfaces |
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| It has been suggested by several ASMS members that there are three ways to make a spray or aerosol for LC/MS: with a gas, heat, or electricity. Hence the terms: (1) aerospray; (2) thermospray; and (3) electrospray. Under this model:
MAGIC - aerospray Particle Beam - aerospray Thermobeam - aero-thermospray ion spray - aero-electrospray All this may be a bit "extreme", since it does not closely follow what is in the literature, and excludes APCI. However, this whole issue should be addressed, and a few terms settled on. |
| ASMS Terms and Definitions Poster |
