Titlebook: Handbook of Functionalized Carbon Nanostructures; From Synthesis Metho Ahmed Barhoum,Kalim Deshmukh Reference work 2024 Springer Nature Swi

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Geometric and Electronic Properties of Graphene Nanoribbonsmena, such as edge magnetism and edge-induced spin polarization. Modifying the shape or size of GNRs is thought to provide significant potential for customizing their electrical properties, hence creating opportunities for innovative nanoelectronic devices with improved performance.

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Graphene Edge Structures: Folding, Tubing, and Twistinghe graphene nanoribbon, an example of geometrically anisotropic graphene. Two different topological edge distortions, one parallel to the length of the strip and the other orthogonal to it, will be presented in an infinitely length graphene ribbon. While topological distortions, such as folding and

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Pore Structures in Carbon Hydrogels and Aerogelsmetry, and thermoporometry. The porosity in hydrogels and aerogels can be tuned by controlling certain parameters including concentrations of polymer and cross-linker along with temperature. The interconnected porous structures of carbon hydrogels and aerogels make them promising materials in the ar

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Vapor Phase Production of Carbon Nanostructuresexamination of current limitations and optimization strategies, we illuminate potential advancements for this technique, such as refining reactor designs to bolster throughput and enabling the low-temperature growth of thin films.

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Controlled Synthesis of Carbon Quantum Dotslectrochemical properties. They are relatively inexpensive to make and have been reported to be made from a wide variety of precursors including those obtained from nature. They have been employed for manifold applications in various fields including in contrast agents for imaging, forensic science