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首页> 外文期刊>Chemical Physics Letters >Raman spectra, electrochemical redox potentials and intramolecular reorganization due to ionization and excitation of benzodifuranone chromophore dedicated to professor milo? nepra? on the occasion of his 80th birthday
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Raman spectra, electrochemical redox potentials and intramolecular reorganization due to ionization and excitation of benzodifuranone chromophore dedicated to professor milo? nepra? on the occasion of his 80th birthday

机译:拉曼光谱,电化学氧化还原电势和分子内的重组是由于离子化和激发了苯并二呋喃酮发色团所致。尼泊尔在他80岁生日之际

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摘要

Experimental Raman spectrum of 3,7-diphenyl substituted benzodifuranone (BDF) was assigned based on the density functional theory. The first electrochemical redox potentials in acetonitrile relate well with DFT adiabatic HOMO and LUMO energies, computed by polarized continuum model including solvent effect. DFT computed changes of bond lengths of central para-benzoquinodimethane (BQM) core upon ionization correspond to the most intense stretching modes. Simple algebraic relations between the bond lengths of BQM core in neutral, ionized and excited species were found.
机译:基于密度泛函理论,指定了3,7-二苯基取代的苯并二呋喃酮(BDF)的实验拉曼光谱。乙腈中的第一个电化学氧化还原电势与DFT绝热HOMO和LUMO能量有很好的相关性,这是通过包括溶剂效应的极化连续模型计算的。 DFT计算的中心对苯并醌二甲烷(BQM)核心电离后的键长变化对应于最强烈的拉伸模式。发现了中性,离子化和激发态物种中BQM核键长之间的简单代数关系。

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