Which process limits current conduction when graphene sheet edges have nitrogen doping?

💡 Explanation

When graphene edges are nitrogen-doped, nitrogen atoms act as scattering centers, disrupting the electron wavefunction and causing Anderson localization because of increased scattering from the modified orbitals. Therefore, Anderson localization limits conduction, rather than phonon scattering, fermi velocity change or interlayer resistivity, which involve different dominant processes.

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