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首页> 外文期刊>The Journal of Chemical Physics >Four-color hole burning spectra of phenol/ammonia 1:3 and 1:4 clusters
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Four-color hole burning spectra of phenol/ammonia 1:3 and 1:4 clusters

机译:苯酚/氨水1:3和1:4团簇的四色烧孔光谱

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摘要

The hole burning spectra of phenol/ammonia (1:3 and 1:4) clusters were measured by a newly developed four-color (UV-near-IR-UV-UV) hole burning spectroscopy,which is a kind of population labeling spectroscopy.From the hole burning spectra,it was found that single species is observed in an n=3 cluster,while three isomers are observed simultaneously for n=4.A possibility was suggested that the reaction efficiency of the hydrogen transfer from the electronically excited phenol/ammonia clusters,which was measured by a comparison with the action spectra of the corresponding cluster,depends on the initial vibronic levels.
机译:用新开发的四色(UV-near-IR-UV-UV)孔燃烧光谱法测量了苯酚/氨(1:3和1:4)团簇的孔燃烧光谱,这是一种人口标记光谱法从空穴燃烧光谱中发现,在n = 3团簇中观察到单个物种,而在n = 4的同时观察到三个异构体。这表明从电子激发的苯酚转移氢的反应效率的可能性/氨团簇,通过与相应团簇的作用谱比较来测量,取决于初始的电子振动水平。

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