The magnetically induced current density in carboncone[1,3] and [1,5] has been determined and visualized, qualitatively in terms of maps of current, and quantitatively in terms of bond current strengths. The divergence of the isotropically averaged Lorentz force density has also been calculated. All these theoretical tools provide a coherent picture of the magnetic response of carboncones, which reveals unusual robust paratropic current loops located in many of the six-membered rings.
Paratropic ring currents discovered in six-membered rings of conical nanographenes: carboncones
Summa F. F.;Zanasi R.
;Monaco G.
2025
Abstract
The magnetically induced current density in carboncone[1,3] and [1,5] has been determined and visualized, qualitatively in terms of maps of current, and quantitatively in terms of bond current strengths. The divergence of the isotropically averaged Lorentz force density has also been calculated. All these theoretical tools provide a coherent picture of the magnetic response of carboncones, which reveals unusual robust paratropic current loops located in many of the six-membered rings.File in questo prodotto:
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