Author/Authors :
mukri, mohd ‘azizir-rahim universiti teknologi malaysia - faculty of mechanical engineering, Johor Bahru, Malaysia , elias, mohd syafiq universiti teknologi malaysia - faculty of science, Johor Bahru, Malaysia , aziz, madzlan universiti teknologi malaysia - faculty of science, Johor Bahru, Malaysia , tanemura, masaki nagoya institute of technology - department of physical science and engineering, Nagoya, japan , mohd yusop, mohd zamri universiti teknologi malaysia - faculty of mechanical engineering,, Johor Bahru, Malaysia
Abstract :
A single graphene layer is superior many ways preferably in electronic devices application.However, mild modification of the graphene network could open a new potential to the ultrathingraphene membrane. Moreover, recent studies demonstrated that a few simple techniques couldgenerate and control the nanopores size on single layer graphene sheet simultaneously. Thisreview paper will discuss all potential techniques that are capable to generate nanoporesstructure on the pristine single layer graphene network.
Keywords :
Graphene , ion irradiation , etching , transmission electron microscope , flux rate
