Like graphene, the core model accurately identified atomic positions across varying defect levels but struggled to evaluate pore structures. For highly defective hBN, local lattice damage was ...

The microkinetic model showed that the stability of larger ... At higher temperatures, reaction kinetics favor the formation of stable hBN structures, whereas lower temperatures result in the ...

This approach enabled them to develop an atomic scale model that ... growth of hBN on other metallic substrates, as well as the synthesis of nanoporous or functionalized structures." ...

This approach enabled them to develop an atomic scale model that ... growth of hBN on other metallic substrates, as well as the synthesis of nanoporous or functionalised structures." ...

This approach enabled them to develop an atomic scale model that allows for the material to be grown ... We believe that it will be useful to guide chemical vapour deposition growth of hBN on other ...