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Graphene oxide is basically an electrically insulating material that is reduced from graphene and is considered as a highly conducting material with numerous applications in the fields of sensors, supercapacitors, nanocomposites, and nanoelectronics. There are a lot of methods to synthesize reduced graphene oxide. Graphene oxide layers contain numerous functional groups serving in the oxidization of agents like epoxides, carbonyl, carboxyl, and hydroxyl at the entrance as well as basal planes. T …

Graphene is very commonly known to be a carbon allotrope, and it is a part of the very well-known aromatic molecules in chemical sciences.It is also known to be a basic structural element of all the other known allotropes. It is very important as it is the building block for all materials of graphite too.Introduction Graphene films are present with very high toughness which is its greatest physical property, strength, electrical conductivity following. It has many extremely encouraging applicati …

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 …

Graphene is known as a carbon allotrope in the industry as it comprises carbon atoms that are 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 the textile industry. Due to its remarkable properties and characteristics, it is now being excessively used in the textile industry in various forms as its presence enhances the credibility of the products. The textile ind …

In the case of HIV management, it is of a high degree of importance to detect and quantify viruses based on an inexpensive platform rapidly in resource-limited settings. Recently, a microchip-based on cellulose paper with easy to fabricate method has been designed in incorporation with printed graphene-modified electrodes to process the fast detection of HIV-1 taking advantage of electrical sensing.IntroductionThe impact of electrode material and its geometry on the performance of the microchip …