Determining the water content of a drift gas using reduced ion mobility measurements. Hauck, B., C., Davis, E., J., Clark, A., E., Siems, W., F., Harden, C., S., McHugh, V., M., & Hill, H., H. International Journal of Mass Spectrometry, Elsevier B.V., 5, 2014. Paper Website bibtex @article{
title = {Determining the water content of a drift gas using reduced ion mobility measurements},
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notes = {
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<m:italic>Determining the water content of a drift gas using reduced ion mobility measurements</m:italic>
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<m:bold> - Hauck, Brian C.; Davis, Eric J.; Clark, Aurora E.; Siems, William F.; Harden, Charles S.; McHugh, Vincent M.; Hill, Herbert H. )<m:linebreak></m:linebreak>
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<m:bold>From Duplicate 2 ( </m:bold>
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<m:italic>Determining the water content of a drift gas using reduced ion mobility measurements</m:italic>
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<m:bold> - Hauck, Brian C.; Davis, Eric J.; Clark, Aurora E.; Siems, William F.; Harden, Charles S.; McHugh, Vincent M.; Hill, Herbert H. )<m:linebreak></m:linebreak>
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<m:linebreak></m:linebreak>This paper details a method of using the monomer/dimer ratio for a given Ion Mobility standard (in this case: DMMP, which is a common chemical weapons simulant) to determine atmospheric water content. It's an interesting way to get a potentially useful extra piece of information, and one that could be useful to help correct Ion Mobility data in the future. <m:linebreak></m:linebreak>
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<m:linebreak></m:linebreak>Unfortunately the method depends on protonated water clusters interacting with analyte ions. This only happens under positive-ion analyses. So, it's not particularly useful for our current field IMS ionization techniques. <m:linebreak></m:linebreak>
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bibtype = {article},
author = {Hauck, Brian C. and Davis, Eric J. and Clark, Aurora E. and Siems, William F. and Harden, Charles S. and McHugh, Vincent M. and Hill, Herbert H.},
journal = {International Journal of Mass Spectrometry}
}
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It's an interesting way to get a potentially useful extra piece of information, and one that could be useful to help correct Ion Mobility data in the future. <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>Unfortunately the method depends on protonated water clusters interacting with analyte ions. This only happens under positive-ion analyses. So, it's not particularly useful for our current field IMS ionization techniques. <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n ","bibtype":"article","author":"Hauck, Brian C. and Davis, Eric J. and Clark, Aurora E. and Siems, William F. and Harden, Charles S. and McHugh, Vincent M. and Hill, Herbert H.","journal":"International Journal of Mass Spectrometry","bibtex":"@article{\n title = {Determining the water content of a drift gas using reduced ion mobility measurements},\n type = {article},\n year = {2014},\n identifiers = {[object Object]},\n keywords = {atmospheric measurements,ion mobility spectrometry,time-of-flight mass spectrometry},\n pages = {1-8},\n websites = {http://linkinghub.elsevier.com/retrieve/pii/S138738061400164X},\n month = {5},\n publisher = {Elsevier B.V.},\n id = {b3ac08de-41dd-3bff-9a4b-03a54eb07ba1},\n created = {2014-11-13T17:56:03.000Z},\n accessed = {2014-05-26},\n file_attached = {true},\n profile_id = {5a758209-74fb-3a9c-b322-2ae7f22f7b6c},\n group_id = {63e349d6-2c70-3938-9e67-2f6483f6cbab},\n last_modified = {2014-11-18T21:14:16.000Z},\n read = {true},\n starred = {false},\n authored = {false},\n confirmed = {true},\n hidden = {false},\n notes = {\n <m:linebreak></m:linebreak>\n <m:bold>From Duplicate 1 ( </m:bold>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:bold>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n </m:bold>\n <m:linebreak></m:linebreak>\n <m:bold>\n <m:linebreak></m:linebreak>\n <m:italic>Determining the water content of a drift gas using reduced ion mobility measurements</m:italic>\n <m:linebreak></m:linebreak>\n </m:bold>\n <m:linebreak></m:linebreak>\n <m:bold>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n </m:bold>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:bold> - Hauck, Brian C.; Davis, Eric J.; Clark, Aurora E.; Siems, William F.; Harden, Charles S.; McHugh, Vincent M.; Hill, Herbert H. )<m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n </m:bold>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:bold>From Duplicate 2 ( </m:bold>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:bold>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n </m:bold>\n <m:linebreak></m:linebreak>\n <m:bold>\n <m:linebreak></m:linebreak>\n <m:italic>Determining the water content of a drift gas using reduced ion mobility measurements</m:italic>\n <m:linebreak></m:linebreak>\n </m:bold>\n <m:linebreak></m:linebreak>\n <m:bold>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n </m:bold>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:bold> - Hauck, Brian C.; Davis, Eric J.; Clark, Aurora E.; Siems, William F.; Harden, Charles S.; McHugh, Vincent M.; Hill, Herbert H. )<m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n </m:bold>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>\n <m:linebreak></m:linebreak>This paper details a method of using the monomer/dimer ratio for a given Ion Mobility standard (in this case: DMMP, which is a common chemical weapons simulant) to determine atmospheric water content. 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