首页> 外文会议>Photonic Metamaterials; Proceedings of SPIE-The International Society for Optical Engineering; vol.6638 >Equilibrium geometries and electronic structure calculations of divalent lead Pb(II) complexes with paramagnetic organic ligands
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Equilibrium geometries and electronic structure calculations of divalent lead Pb(II) complexes with paramagnetic organic ligands

机译:具有顺磁性有机配体的二价铅Pb(II)配合物的平衡几何构型和电子结构计算

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During the past several decades enormous effort has been dedicated to experimental and theoretical studies of metal-radical organic complexes. Equilibrium geometries and electron energy structure of divalent lead Pb(n) complexes with ortho-semiquinone radicals have been calculated by generalized gradient approximation method (GGA) within density functional theory (DFT). Optical absorption spectra were calculated within random phase approximation (independent particles picture). Predicted substantial modification of the absorption spectra in visible infrared regions is attributed to the atomic configuration changes and to modifications of electronic energy due to the metal-radical coupling. The results of the calculations are discussed in comparison with available experimental data on electron spin resonance spectra of Pb(II) with paramagnetic ortho-semiquinone ligands.
机译:在过去的几十年中,人们一直致力于金属自由基有机配合物的实验和理论研究。在密度泛函理论(DFT)内,采用广义梯度近似法(GGA),计算了具有邻半醌自由基的二价铅Pb(n)配合物的平衡几何构型和电子能结构。在随机相位近似(独立粒子图片)内计算光吸收光谱。可见红外区域吸收光谱的预计大幅变化归因于原子构型的变化以及归因于金属-自由基耦合的电子能量的变化。将计算结果与具有顺磁性邻半醌配体的Pb(II)的电子自旋共振谱的可用实验数据进行比较,讨论了计算结果。

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