Mitrofanov Artem, Andreadi Nikolai, Korolev Vadim, Kalmykov Stepan
Chemistry Department, Moscow State University, Leninskie Gory 1-3, Moscow 119991, Russia.
J Chem Phys. 2021 Oct 28;155(16):161103. doi: 10.1063/5.0067631.
Actinide chemistry often lies beyond the applicability domain of the majority of modern theoretical tools due to high computational costs, relativistic effects, or just the absence of actinide data for semiempirical method fitting. On the other hand, radioactivity pushes the usage of computational methods instead of experimental ones. Here, we would like to present a novel relPBE functional as an actinide-fitted version of the PBE0 functional.
由于计算成本高、相对论效应,或者仅仅是缺乏用于半经验方法拟合的锕系元素数据,锕系元素化学常常超出了大多数现代理论工具的适用范围。另一方面,放射性促使人们使用计算方法而非实验方法。在此,我们想展示一种新型的relPBE泛函,它是PBE0泛函的锕系元素拟合版本。