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FAR-IR LASER VIBRATION-ROTATION-TUNNELING SPECTROSCOPY OF WATER CLUSTERS

Please use this identifier to cite or link to this item: http://hdl.handle.net/1811/18713

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Title: FAR-IR LASER VIBRATION-ROTATION-TUNNELING SPECTROSCOPY OF WATER CLUSTERS
Creators: Liu, K.; Host, B. C.; Elrod, M. J.; Rzepiela, J. A.; Pugliano, N.; Loeser, J. G.; Saykally, R. J.
Issue Date: 1993
Abstract: Recent tunable far-infrared laser spectroscopic studies of water clusters have been carried out as a continuation of our approach to investigating intermolecular forces and internal tunneling dynamics of chemically and biologically important systems. Following the first report of FIR VRT transitions of $(D_{2}O)_{2}$ and $(D_{2}O)_{3}$ by Pugliano $et al.,^{1.2}$ we have measured new intermolecular rovibrational bands for $(H_{2}O)_{2}. (D_{2}O)_{2}$. and $(D_{2}O)_{3}$. Preliminary analysis shows that the first observed band for $(H_{2}O)_{2}$ arises from $K_{a}=0 \leftarrow 1$ transitions around $103 cm^{-1}$, the three newly observed VRT $K_{a}=0 \leftarrow 0$ subbands for $(D_{2}O)_{2}$ around $103 cm^{-1}$ correspond to a second intermolecular vibrational mode. A second vibrational mode of $(D_{2}O)^{3}$ has also been observed at $96 cm^{-1}$.
URI: http://hdl.handle.net/1811/18713
Other Identifiers: 1993-WG-12
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