Automated microwave double resonance spectroscopy: A tool to identify and characterize chemical compounds
Martin-Drumel, Marie-Aline
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917500.pdf
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https://hdl.handle.net/2142/96897
Description
Title
Automated microwave double resonance spectroscopy: A tool to identify and characterize chemical compounds
Author(s)
Martin-Drumel, Marie-Aline
Contributor(s)
Crabtree, Kyle N.
McGuire, Brett A.
Patterson, David
McCarthy, Michael C.
Issue Date
2017-06-22
Keyword(s)
Plenary
Date of Ingest
2017-07-27T20:15:12Z
2018-01-29T23:05:23Z
Abstract
Owing to its unparalleled structural specificity, rotational spectroscopy is a powerful technique to unambiguously identify and characterize polar molecules. We present here an experimental approach, automated microwave double resonance (AMDOR) spectroscopy, that allows to rapidly determine the rotational constants of such compounds without any a priori knowledge of elemental composition or molecular structure. This task is achieved by acquiring the classical (frequency vs. intensity) broadband spectrum of a molecule using chirped-pulse Fourier transform microwave (FTMW) spectroscopy, and subsequently analyzing it in near-real time using complementary cavity FTMW detection and double resonance. AMDOR measurements provide a unique ``barcode'' for each compound from which rotational constants can be extracted. Results obtained on the characterization of individual compounds and mixtures will be described.
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2500.pdf
917500.pdf
