To
sort graphene layers, Hersam used centrifugal force to separate materials by density.
Not exact matches
The sound wave then act as a
sort of knife, slicing the «deck of cards» that is graphite into
layer after
layer of
graphene.
«And you can tune the separation of a nanoscroll's
layers, and do all
sorts of neat things with
graphene oxide that you can't really do with nanotubes and
graphene itself,» Stein adds.
The sound wave acted as a
sort of knife, slicing the «deck of cards» that is graphite into
layer after
layer of
graphene.