6.5 Adsorption
89
Fig. 6.7 Electron micrographs of various carbon materials: a–c SEM images of the 3D graphene
nanosheets produced by the exfoliation of graphite in molten LiCl–NaCl; d–f SEM images of
3D graphene saturated by MO; g–i SEM images of the 3D graphene after thermal regeneration.
j A high-resolution TEM micrograph, exhibiting the nanostructure of the graphene material. Some
graphene nanosheets with dangling bonds are marked in the micrograph. The fast Fourier transform
(FFT) patterns recorded on the area shown in the TEM image are also shown. The interlayer spacing
of 0.34 nm corresponds to the (002) planes in the hexagonal carbon structure, reproduced from Ref.
[98], copyright 2019, with permission from Elsevier
89
Fig. 6.7 Electron micrographs of various carbon materials: a–c SEM images of the 3D graphene
nanosheets produced by the exfoliation of graphite in molten LiCl–NaCl; d–f SEM images of
3D graphene saturated by MO; g–i SEM images of the 3D graphene after thermal regeneration.
j A high-resolution TEM micrograph, exhibiting the nanostructure of the graphene material. Some
graphene nanosheets with dangling bonds are marked in the micrograph. The fast Fourier transform
(FFT) patterns recorded on the area shown in the TEM image are also shown. The interlayer spacing
of 0.34 nm corresponds to the (002) planes in the hexagonal carbon structure, reproduced from Ref.
[98], copyright 2019, with permission from Elsevier