ANALYSIS OF PERPENDICULAR BANDS OF POLAR SYMMETRIC TOP MOLECULES BY MEANS OF THE STARK $EFFECT^{*}$
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Date
1960
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Ohio State University
Abstract
“The frequency shifts of transitions between levels of a polar symmetric top molecule due to an electric field are largest for those having J approximately equal to K and both J and K small. The difference signal arising from an A.C. electric field applied to the gas weights the transitions accordingly, and considerably reduces the complexity due to the overlapping of the P and R branch lines of the K sub-bands, so that the different branches can be readily recognized. Results will be shown for $\nu_{4}$ of $CH_{3}F$.”
Description
$^{*}$ Supported by the Air Force Cambridge Research Center.
Author Institution: Randall Laboratory, University of Michigan Ann Arbor
Author Institution: Randall Laboratory, University of Michigan Ann Arbor