Noble Gas−Transition Metal Complexes: Coordination of ScO+ by Multiple Ar, Kr, and Xe Atoms in Noble Gas Matrixes
Yanying Zhao, Guanjun Wang, Mohua Chen, Mingfei Zhou
Abstract
Yanying Zhao, Guanjun Wang, Mohua Chen, Mingfei Zhou
Abstract
The combination of matrix isolation infrared spectroscopic and density functional calculation results provides strong evidence that the transition metal monoxide cation, ScO+, coordinates five noble gas atoms in forming the [ScO(Ng)5]+ (Ng = Ar, Kr, or Xe) complexes in noble gas matrixes.
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The combination of matrix isolation infrared spectroscopic and density functional calculation results provides strong evidence that the transition metal monoxide cation, ScO+, coordinates five noble gas atoms in forming the [ScO(Ng)5]+ (Ng = Ar, Kr, or Xe) complexes in noble gas matrixes.
Key concepts: Noble gas, Noble metal, Transition metal, Matrix isolation, Chemistry, Carbon monoxide, Krypton, Xenon