… graphene-based applications is calling for new processing techniques for creating graphene
… Here we report a controlled cutting process for graphene sheets, using nickel nanoparticles …

… control of GN dimensions over a wide range (up to 100 nm). Here we report the production
of graphene … , rectangle, triangle and ribbon) and controlled dimensions. This is achieved by …

… Fig.6 shows the experimental realization of mechanical force assisted AFM nanocutting…
graphene can be cut along the desired edge structures based on real-time force feedback control…

… of graphene and sapphire is small, we may utilize this difference for selective adsorption by
controlling the … for this site-control, we have to improve the graphene film deposition process …

… nanoribbons can flexibly regulate the bandgap size by controlling the width and the edge
atomic structure, which is favoured by domestic and foreign researchers. There are two broad …

… Mechanical cutting methods such as atomic force microscope (AFM) or STM probe
cutting have great advantages in precise control of direction, width and position, and will not …

… graphene He + nano-cutting process. With an average 20 µm lateral size and a 100 nm
thickness, graphene … The stamp and the He + graphene flake are put into contact by controlling …

… behavior of graphene fracture can be controlled by the … able to cut graphene sheets along
controlled zigzag patterns … precise graphene structures, enabling advances in graphene …

… from the edge of the graphene sheet, therefore the crystallographic control is related to the
… possibilities of the methods providing crystallographic orientation control of the GNR edges. …

… In conclusion, we have developed a process for controlled chemical narrowing of
graphene to yield quantum confined structures. Parallel GNR arrays were used to create …