2 citations · 3 across the 6 of their papers we have counts for
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Magnetism of Fullerene C60 Compared with Graphene Molecule by DFT Calculation, Laboratory Experiment and Astronomical Observation
Norio Ota, Aigen Li, Laszlo Nemes +1
Magnetism of fullerene C60 was studied by three methods of the density functional theory (DFT) calculation, laboratory experiment and astronomical observation. DFT revealed that th…
Void defect induced magnetism and structure change of carbon material-2, Graphene molecules
Norio Ota, Aigen Li, Laszlo Nemes +1
Void-defect is a possible origin of ferromagnetic feature on pure carbon materials. In our previous paper, void-defect on graphene-nanoribbon show highly polarized spin configurati…
Void defect induced magnetism and structure change of carbon materials-1, Graphene nano ribbon
Norio Ota, Laszlo Nemes
Void defect is a possible origin of ferromagnetic like feature of pure carbon material. Applying density functional theory to void defect induced graphene nano ribbon (GNR), a deta…
Void defect induced magnetism and structure change of carbon material-3, Polycyclic aromatic hydrocarbon
Norio Ota, Aigen Li, Laszlo Nemes
Void-defect induced magnetism of graphene molecule was recently reported in our previous paper of this series study. This paper investigated the case of hydrogenated graphene molec…