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Electronic excitation energies of Zn_i, S_i, nanoparticles

机译:Zn_i,S_i,纳米粒子的电子激发能

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The excitation energies of small ZnS nanoclusters characterized in previous studies have been calculated using TDDFT. The relativistic pseudopotentials of Stevens et al have been used, including Zn 4s~2 electrons and S 3s~2 and 3p~4 electrons as valence electrons. Results obtained with these pseudopotentials are compared to those obtained considering also Zn 3s~23p~63d~(10) electrons in the valence part, and demonstrated to be consistent. The results show that spheroid-like bubble structures have absorption energies in the range of 5-5.3 eV for small sizes, which decreases to 5 eV with increasing particle size.
机译:先前研究中表征的小型ZnS纳米团簇的激发能已使用TDDFT计算得出。使用了史蒂文斯等人的相对论伪势,其中包括Zn 4s〜2电子和S 3s〜2和3p〜4电子作为价电子。将用这些伪电位获得的结果与在价态部分还考虑到Zn 3s〜23p〜63d〜(10)电子获得的结果进行比较,证明是一致的。结果表明,对于小尺寸,类球形气泡结构的吸收能在5-5.3 eV范围内,随着粒径的增加,吸收能降低到5 eV。

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