VIBRATIONAL-ROTATIONAL-TUNNELING SPECTROSCOPY OF $N_{2}-D_{2}O$ WITH AN ALL SOLID STATE, OPTICAL HETERODYNE, SUBMILLIMETER-WAVE SPECTROMETER

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Date

1996

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Ohio State University

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Recent advances in the fabrication of ultrafast low-temperature-growth GaAs optoelectronic devices have made possible the generartion of spectroscopically significant amounts of tunable, cw far-IR radiation via optical heterodyne processes. We will present VRT spectra of the N2D2O complex using an all-solid-state, passively frequency-stabilized, optical-heterodyne FIR spectrometer.

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Author Institution: Division of Chemistry and Chemical Engineering, California Institute of Technology; Division of Geological and Planetary Sciences, California Institute of Technology

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