MILLIMETER WAVE SPECTROSCOPY OF HIGH RYDBERG STATES OF Kr

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2003

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Ohio State University

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A phase-stabilized backward wave oscillator (BWO) in the $260-380$ GHz range was combined with an XUV laser system to record high-resolution spectra of high Rydberg states of krypton. The millimeter wave transitions between high n Rydberg states were detected by pulsed field-ionization, at sub-MHz resolution. Results are presented on the hyperfine structure of high n Rydberg states of $^{83}Kr$.

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Author Institution: ETH Z\""{u}rich, Laboratorium f\""{u}r Physikalische Chemie, ETH-H\""{o}nggerberg HCl

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