首页> 外文期刊>Chemical Physics: A Journal Devoted to Experimental and Theoretical Research Involving Problems of Both a Chemical and Physical Nature >Analysis of a nonlinear optical response of CN~- ions adsorbed on metal electrode: tentative interpretation by means of ab initio molecular calculations
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Analysis of a nonlinear optical response of CN~- ions adsorbed on metal electrode: tentative interpretation by means of ab initio molecular calculations

机译:吸附在金属电极上的CN〜-离子的非线性光学响应分析:通过从头算分子计算的初步解释

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摘要

The electronic and vibrational properties of CN~- adsorbed on M metals (M = Pt, Ag, Au) have been studied through different quantum calculations (SCF, MCSCF and DFT) of the MCN~- and MNC~- molecular ions; moreover the IR and Raman intensities have been computed for each vibrational frequency. All these theoretical results allow us to have a better understanding of the spectra obtained by SFG (or DFG) experiments on Pt, Ag and Au electrodes which exhibit two resonances with Pt and an unique one with Ag and Au.
机译:通过不同的MCN〜-和MNC〜-分子离子的量子计算(SCF,MCSCF和DFT),研究了吸附在M种金属(M = Pt,Ag,Au)上的CN〜-的电子和振动性质。此外,已经针对每个振动频率计算了IR和拉曼强度。所有这些理论结果使我们能够更好地理解通过SFG(或DFG)实验在Pt,Ag和Au电极上获得的光谱,该电极在Pt处表现出两个共振,而在Ag和Au中表现出独特的共振。

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