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首页> 外文期刊>Chemical Physics Letters >Structure of 1-naphthol-water clusters in the S_1 state studied by UV-IR fluorescence dip spectroscopy and ab initio molecular orbital calculations
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Structure of 1-naphthol-water clusters in the S_1 state studied by UV-IR fluorescence dip spectroscopy and ab initio molecular orbital calculations

机译:通过UV-IR荧光浸没光谱法和从头算分子轨道计算研究了处于S_1状态的1-萘酚-水团簇的结构

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摘要

IR spectra of trans-1-naphthol-(H_2O)_n (n = 0-3) clusters in the S_1 state were measured by UV-IR fluorescence dip spectroscopy. The observed dip spectra were compared with theoretical ones of various stable conformations predicted by ab initio MO calculations. From the comparison, linear (n = 1) and cyclic hydrogen-bond structures (n = 2 and 3) were concluded. The relation between the structures and photochemical reactivity was discussed.
机译:通过UV-IR荧光浸没光谱法测量处于S_1状态的反式-1-萘酚-(H_2O)_n(n = 0-3)簇的红外光谱。将观察到的倾角谱与通过从头算MO预测的各种稳定构象的理论谱进行比较。通过比较,得出线性(n = 1)和环状氢键结构(n = 2和3)。讨论了结构与光化学反应性之间的关系。

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