(Nanotransistor) and unique properties of graphene such as electronic mobility and high thermal conductivity, failure resistance

(Nanotransistor) and unique properties of graphene such as electronic mobility and  high thermal conductivity, failure resistance

Researcher  and author: Dr.   (   Afshin Rashid)

Note: The role of graphene nanoplate (GA) in the construction of nano transistors as  an electric field created by the gate electrode controls the current created by the two electrodes source and drain. The drain current is modulated by changing the density of the charge carriers in the two-dimensional transmission channel.

In nanotransistors, the effect of a multilayer Si graphene field is modulated by a three-dimensional drain current channel with a three-dimensional transmission channel thickness the circuit diagram of a multilayer GA graphene field nanotransistor, two source and drain electrodes are connected directly to the semiconductor, while the gate electrode is connected to the semiconductor capacitively using a gate dielectric. Design, manufacture, development and use of products in the range of 1mto nm There are 100 called nanoelectronics. In fact, we are talking about miniaturization, which allows for more contact, more activity, and more space. Nano is a new scale in technology and a new approach in all fields, and it gives human beings the ability to expand their involvement in the structure of materials and to design and manufacture in very small dimensions, and in all technologies. That human beings have already achieved

Numerous chemical and physical methods have been proposed for the production of various types of multilayer nano-graphene. The basis  of the physical methods is that in these methods they try to eliminate the forces between the graphene plates in  graphite and by separating them to reach the graphene or graphene oxide monolayers, which is the same method top  -down. Is. In chemical methods, multilayer nano-graphene is made by placing individual carbon atoms together,  which is also called the bottom-up method. 

Conclusion : 

The role of graphene nano-plates (GA) in the fabrication of nano-transistors as  an electric field generated by the gate electrode controls the current generated by the two source and drain electrodes. The drain current is modulated by changing the density of the charge carriers in the two-dimensional transmission channel.

Researcher  and author: Dr.   (   Afshin Rashid)

PhD in Nano-Microelectronics