DFT calculations show that metal substrates reduce the activation barrier and increase the stability of Stone-Wales defects in graphene, making them likely terminal once formed.
Banhart, Interactions between metals and carbon nan- otubes: at the interface between old and new materials, Nanoscale1, 201 (2009)
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Stabilization of Stone-Wales Defects in Metal-supported Graphene
DFT calculations show that metal substrates reduce the activation barrier and increase the stability of Stone-Wales defects in graphene, making them likely terminal once formed.