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Graphene has gained much attention for a wide variety of applications including optics, electronics, and energy applications due to its unprecedented physical properties. However, a cost-effective, scalable, environmentally-benign graphene production method is crucial for realizing commercial uses of graphene in emerging applications. Reduced graphene oxide can be obtained by chemical or thermal methods,...
Among many methods to synthesize graphene, solution-based processing provides many advantages owing to its low cost, high productivity, chemical versatility, and scalability. In particular, graphene oxide (GO) is one of the most promising nanocarbons that enable the incorporation of graphene and related materials into bulk materials and nanocomposites. GO has hydrophilic nature that enables straightforward...
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