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DFT based reactivity descriptors and their application to the study of organotin compounds

机译:基于DFT基的反应性描述符及其在有机锡化合物研究中的应用

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摘要

It is an understatement that Density Functional theory (DFT) played an important role in the development of quantum chemistry in the past decade: it would be more correct to state that DFT revolutionarized quantum chemistry, offering a computational technique partly including electron correlation at a much better quality/cost ratio than the conventional post Hartree Fock (Moller Plesset, CI, Coupled Cluster...) wave function methods [1][2].
机译:它是一种轻描淡写,密度泛函理论(DFT)在过去十年中在量子化学的发展中起重要作用:说明DFT革命性的量子化学,提供计算技术,部分包括电子相关性地包括电子相关性更为正确更好的质量/成本比比传统的Hartree Fock(Moller Plesset,CI,耦合簇...)波函数方法[1] [2]。

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