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A spectroscopic study of the 
4
(v=4–7) levels of C
using the stimulated emission pumping technique
Stimulated emission pumpin (SEP) spectroscopy was utilized to characterize vibrationally excited levels (v=4–6) of the 4 - g" align="middle"/> ground electronic state C + 2" align="middle"/>. Tr...
Stimulated emission pumpin (SEP) spectroscopy was utilized to characterize vibrationally excited levels (v=4–6) of the 4 - g" align="middle"/> ground electronic state C + 2" align="middle"/>. Tr...
Raman-induced Kerr Effect spectroscopy of rare gas dimers and molecular ions
A high-sensitivity Raman-Induced Kerr Effect (RIKE) spectrometer designed for the spectroscopy of rare gas dimers and molecular ions is presented. One highly linearly polarized, pulsed dye laser beam ...
A high-sensitivity Raman-Induced Kerr Effect (RIKE) spectrometer designed for the spectroscopy of rare gas dimers and molecular ions is presented. One highly linearly polarized, pulsed dye laser beam ...
Two Photon Resonance Enhanced Multiphoton Ionization Detection and Spectroscopy of Gas Phase Germyl (GeH3) Radicals
AIP Conf. Proc. -- October 2, 1988 -- Volume 191, pp. 475-477
ADVANCES IN LASER SCIENCE−IV;
doi:10.1063/1.2931562
Issue Date: 2 October 1988
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GeH3 radicals were observed by resonance enhanced multiphoton ionization (REMPI) spectroscopy in the region of 370 − 430 nm. The spectrum arises from two-photon resonances with the 5p 2A![[double-prime]](http://scitation.aip.org/stockgif3/Prime.gif)
2 (D3h) Rydberg state which has its origin at 419.1 nm (
0 - 0 = 47,705 cm−1). Absorption of a third photon ionized the radicals. A vibrational progression of ~756 cm−1 was assigned to the “umbrella” mode, ![[prime]](http://scitation.aip.org/stockgif3/prime.gif)
2. The observed 
2A1 (C3v) v2=2 to v2=0 vibrational interval is 663 cm−1.
©2008 American Institute of Physics
2 (D3h) Rydberg state which has its origin at 419.1 nm (0 - 0 = 47,705 cm−1). Absorption of a third photon ionized the radicals. A vibrational progression of ~756 cm−1 was assigned to the “umbrella” mode, 2. The observed 2=2 to v2=0 vibrational interval is 663 cm−1.
©2008 American Institute of Physics
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