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Far-infrared studies of pion-2 molecules: Laser magnetic resonance and tunable far-infrared spectroscopy of the carbon-hydrogen-13 and carbon-hydrogen-12 radicals

Posted on:1988-04-13Degree:Ph.DType:Dissertation
University:University of Colorado at BoulderCandidate:Davidson, Steven AlanFull Text:PDF
GTID:1471390017956627Subject:Physics
Abstract/Summary:
The methine radical, CH, whose ground electronic state is X;A detailed theory for the effective rotational Hamiltonian of ;LMR is a highly sensitive, intracavity spectroscopic technique whereby a molecule's rotational transitions are tuned into resonance with a fixed frequency FIR laser. TuFIR spectroscopy is a highly accurate, absorption spectroscopic technique which uses FIR radiation generated by the mixing the infrared radiation from two stabilized CO;The Zeeman spectra from ten rotational transitions (134 lines) of...
Keywords/Search Tags:Rotational
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