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Graphene growth by chemical vapor deposition on low cost metal foils is a promising approach for the production of large-scale graphene.
G-paper is expected to enable a simple and inexpensive low-cost flexible graphene platform.
The suspension of chemically converted graphene (CCG) provides a cost-effective and facile approach to construct graphene-based materials.
The proposed graphene growth using air annealing technique is simple and low-cost, making it highly attractive for mass production.
This work opens up a whole new vista on how to disperse graphene.
The addition of graphene, by sparing the high-cost PIL addition, gives a 20% cost-saving.
This method will dramatically reduce the cost of graphene transfer, which will benefit industrial applications such as of graphene transparent electrodes.
It is due to the combined effect of mechanical keying and mechanical interlocking associated with graphene dispersion and rough surface of MWNT coat over glass fabric.
Here, we show that a single dry transfer procedure can coat >90% of titanium samples with graphene.
Apart from enabling extreme heating and cooling rates, which can control the stacking order of epitaxial graphene, this method is cost-effective in that it does not necessitate SiC pre-treatment and/or high vacuum, it operates at low temperature and proceeds in the second time scale, thus providing a green solution to EG fabrication and a means to engineering graphene patterns on SiC by focused laser beams.