Review of: "carbon nanotubes (CNTs) Nanomicroelectronics"

Nanosensors using single-walled carbon nanotubes Semiconductors Using electronic conduction, which is grown by CVD on a substrate and connecting a wire to the nanotubes and creating a metal/nanotube/metal structure, a nanotransistor can be made that can change conductivity when different voltages are applied.The electrical conductivity of these nanotubes is used in the structure of single-walled carbon nanotube electronic nanosensors and nanosensors.A hole-doped semiconductor that reduces electrical conductivity threefold when a positive gate voltage is applied to this nanosensor system.In the presence of electronic conduction, the valence band of the nanotube moves away from the Fermi level, which leads to a decrease in the number of holes and, as a result, a decrease in electronic conduction .The Fermi energy of CNT nanotubes and CNTs shifts to the valence band.This increases the concentration of holes in the nanotube, thereby improving the electrical conductivity in the nanosensors.Carbon nanotubes have a fullerene-like structure that can be capped at the ends.These nanostructures are named after their physical form, in which a graphene sheet is rolled up with Qeios qeios.com