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Intercalation of atoms, ions and molecules into 2D materials enables fine-tuning of material properties. In situ imaging and spectroscopy reveal intercalation dynamics, pathways and mechanisms.
Intercalation of atoms, ions and molecules into 2D materials enables fine-tuning of material properties. In situ imaging and spectroscopy reveal intercalation dynamics, pathways and mechanisms.
The assessment of the aromaticity of actinide compounds has proven a controversial task. This Perspective highlights the application of state-of-the-art computational tools in assessing the aromaticity of actinide complexes and clusters and explains why commonly used magnetic probes, not just the nucleus-independent chemical shift but also the magnetically induced ring current, might be insufficient for assessing the aromaticity of these species.