FIELD: electricity.
SUBSTANCE: invention is referred to electronic graphene device. Flexible and stretchable translucent electronic device contains the first graphene electrode, the second graphene electrode, graphene semiconductor and control graphene electrode located between the first and second graphene electrodes and being in contact with graphene semiconductor. Each of the above electrodes has porous graphene layer with a number of pores, at that each of the above electrodes has porous graphene layer and power supply source. Graphene semiconductor, the first and second graphene electrodes are configured so that current from power supply source between the first location at the first graphene electrode and the second location at the second graphene electrode sets difference of potentials between the first and second locations and this difference of potentials remains permanent when the first or second location changes.
EFFECT: improving charge-carrier mobility, ensuring ballistic transport, increasing current density and specific conductivity and possibility to control electric performance of the device.
15 cl, 3 dwg
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Authors
Dates
2014-04-10—Published
2010-06-15—Filed