Electrically conductive graphene nano-strips and transport transfer (transport_ballistic) based on PhD in nano-microelectronics  (PhD in research)

Researcher  and author: Dr.   (   Afshin Rashid)



Note:  Electrically conductive graphene nano-strips in the structure of multilayer and monolayer nanotubes  show signs of transport ballistic  . Although the electrical conductivity of graphene improved by  electrochemical methods is not as perfect as that of graphene,  it is still a  viable option for the production of electrically conductive  graphene nanofibers .

Inside the carbon nanotubes, SWCNTs  are mixed with graphene current-conducting fillers to obtain light-conducting, conductive materials  with a minimum electrical resistance of  less than 105 m / Ω. These  graphene nanoparticles show a nonlinear  increase  in the amount of electrical conductivity, which is a  function of the amount of amplifier phase. At a certain amount  of nanoparticles, known as the permeability threshold, the nanoparticle is able to  form a lattice structure. This causes a sudden increase in the  electrical conductivity of graphene nano-  strips  within the carbon nanotubes of CNTs. Intrinsic conductivity and  length-to-width ratio of carbon-based filler nanoparticles make them selective Suitable for achieving this permeability threshold in small amounts of the filler  phase   forms graphene nano-strips within CNTs nanotubes. Perfect graphene plates  show signs of transport ballistic  . Although the electrical conductivity of graphene, modified  by electrochemical methods, is not as perfect as that of graphene,  it is still a  viable option for the production of electrically conductive  graphene nanofibers .

The motion of nanoelectrons in  electro chemically  modified  graphene nano particles is the result of carbon nanotubes CNTs and  graphene nanoparticles  . Nano-electron conductivity was measured in a sample of  graphene nano-strips  at about 2400 ± 200 m / s  . Carbon nanotubes CNTs in combination with  low percentage graphene nanofibers  form an electrical permeability threshold. Also,  graphene and graphene modified in the same amount or even less of  carbon nanotubes, nano-electron transfer capabilities have Rsanav network  , more threshold phonetic composition of a wide range of  nano graphene film  varies, 


Conclusion : 
 Electrically conductive graphene nano-strips in the structure of multilayer and monolayer nanotubes  show signs of transport ballistic  . Although the electrical conductivity of graphene improved by  electrochemical methods is not as perfect as that of graphene,  it is still a  viable option for the production  of electrically conductive  graphene nanofibers .

Researcher  and author: Dr.   (   Afshin Rashid)

PhD in Nano-Microelectronics