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Graphene is known as a carbon allotrope in the industry as it is comprised of carbon atoms put together in the form of a lattice. Graphene is a highly necessary product in today’s world as it is serving in areas where its benefits are excessively high. One such area is in the form of graphene paste. Due to its remarkable properties and characteristics, it is now being excessively used in the industry as graphene paste as the presence of graphene in the form of paste makes it easy for several dif …

Graphene is a very interesting material. It is a 2-dimensional sheet that is formed of carbon atoms. Graphene has certain characteristics as at 0.77 mg/square meter, it is very light and strong. Although graphene is a semi-metal substance, yet it possesses high electrical conductivity. Graphite oxide can be turned into reduce graphite oxide. The quality of reduced oxide is less than graphene. Artificial graphite oxide can be formed by treating graphite with a strong oxidizer. Offerman and Hummer …

Two dimensional materials are considered to be promising solutions to the current limitations in computing technology. Utilizing 2D materials for the enhancement of silicon based semiconductors, lead to considerable improvements in operation speed, memory and data storage solutions, transistor and interconnection performance.IntroductionThe rapid development of computer technology has been fascinating from day one. In a short period of time, computers have made their way into almost every …

Graphene oxide (GO) disperses in several organic solvents such as N-methyl-2-pyrrolidone, N-dimethylformamide, ethylene glycol, and tetrahydrofuran. The graphene oxide solubility has a unique reduction process that is exhibited by dispersion. The reduction process can be inspected using Hansen and Hildebrand solubility parameters, and solvent polarity. In all of the above solvents, complete dispersion of single-layer graphene oxide sheets is only achieved by sonication. The graphene oxide …

Graphene derivatives such as GO, rGO, and GQDs have been considered in a wide range of medical applications due to the mutable surface chemistry and excellent physical properties of these materials. The intriguing applications of graphene-based materials in the medical field are biosensors, Bioimaging applications, tissue engineering, drug and gene delivery, novel anticancer treatments, graphene coatings on implants, and medical devices. The “wonder material” graphene has concurred the m …