Topological junction states in graphene nanoribbons bind NO2 more than twice as strongly as the rest of the ribbon and produce a measurable current change, suggesting a new sensing mechanism.
T opological phases in two-dimensional materials: a review
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Topological junction states in graphene nanoribbons: A route to topological chemistry
Topological junction states in graphene nanoribbons bind NO2 more than twice as strongly as the rest of the ribbon and produce a measurable current change, suggesting a new sensing mechanism.