Titlebook: Spectroscopic Investigations of Hydrogen Bond Network Structures in Water Clusters; Kenta Mizuse Book 2013 Springer Japan 2013 Cooling Tec

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General Introduction, structures of (H.O). (. ≤10) and succeeded in characterizing chain type, ring type, and three-dimensional water networks. For larger clusters (. ≥ ~ 10), higher-order structures, which should be more similar to bulk, are expected. However, much less spectroscopic studies have been reported due to t

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2190-5053 een characterized at the molecular level. The main targets of this book are physical chemists and chemical physicists who are interested in water chemistry or cluster chemistry.978-4-431-54683-2978-4-431-54312-1Series ISSN 2190-5053 Series E-ISSN 2190-5061

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General Introduction,ique and important properties of water. Then, hydrogen-bonded network structures in water are of fundamental interest. Many studies have been carried out to probe structures of bulk water with various spectroscopic techniques. However, there have been still many difficulties in understanding the str

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,Infrared Spectroscopy of Chromophore-Labeled Water Clusters Phenol-(H,O), (, < ~50),water clusters phenol-(H.O). in the OH stretch region. The observed spectral features were analyzed in terms of hydrogen bond ring size motifs and coordination numbers of water molecules. The detailed analyses of the free OH band indicated that the observed low-frequency shift originates from the co

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,Tuning of the Internal Energy and Isomer Distribution in Protonated Water Clusters H,(H,O), (, ≤ 50d used to investigate dynamics as well as structures. This method also enabled isomer-specific analyses. On the basis of the present approach, molecular-level understanding of large water networks, consisting of more than 20 molecules, was achieved. For example, in the H.-tagged antimagic clusters H

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