“…26 Moreover, carbonization of FA at 700 °C on a glass substrate afforded free-standing thin and transparent electrically conducting carbon films. 27 Fitzer et al examined the structure formation of carbonized PFA as a function of the thermolysis temperature. They found that the micropore volume had a maximum at a pyrolysis temperature of 700 °C.…”
Nitrogenated multilayer graphene is prepared from renewable feedstocks in a cost-efficient route to meet the emerging demand for graphene-based materials.
“…26 Moreover, carbonization of FA at 700 °C on a glass substrate afforded free-standing thin and transparent electrically conducting carbon films. 27 Fitzer et al examined the structure formation of carbonized PFA as a function of the thermolysis temperature. They found that the micropore volume had a maximum at a pyrolysis temperature of 700 °C.…”
Nitrogenated multilayer graphene is prepared from renewable feedstocks in a cost-efficient route to meet the emerging demand for graphene-based materials.
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