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Reduced graphene oxide (rGO) has sparked immense interest in the scientific community due to its captivating properties and vast potential applications. Unleashing a new era of advanced materials and technological breakthroughs.   Graphene oxide (GO) is a type of graphene that contains oxygen functional groups and has some interesting properties different than those of graphene. By reducing graphene oxide, reduced graphene oxide is obtained which is abbreviated to rGO. In th …

Nanotechnology has witnessed tremendous growth, blurring the boundaries between science and wonder. Nanotechnology, with its remarkable advancements, has propelled us into an era where science fiction meets reality. At the forefront of this revolution lies Quantum Dots (QDs), exhibiting unique properties derived from quantum mechanics. From medicine to electronics, biology to photonics, quantum dots are transforming industries and opening new frontiers for scientific exploration and discove …

Researchers, Business Leaders, and Academics, Ever since the world was introduced to the unique properties of graphene, the boundaries of science and technology have been expanded. At Nanografi, we open our doors to you esteemed professionals in this dynamic and innovative field. In this case, we gladly announce that Nanografi supports graphene research & projects. What does collaborating with Nanografi offer in terms of graphene research and projects? Scientific Synergy: Nanografi p …

The remarkable properties and superior performance of graphene render it an promising radar absorbing material, captivating the interest of researchers and creating a compelling urge to delve into its potential applications.Graphene, a single-atom-thick material composed of carbon atoms, exhibits unique electrical,mechanical, and thermal properties. When employed as a radar absorbing material, it garners significant interest due to its high performance and impressive characteristics. Graph …

Novel solutions to mass graphene production and waste management have recently emerged. Producing quality graphene products from harmful waste materials is an attractive solution to two of the most challenging problems. To this purpose, three different sustainable and cost-effective routes have been suggested to convert carbon-rich waste materials to high quality graphene.IntroductionThe fast pace consumption of food products and petroleum based materials has raised a lot of sustainab …