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The emergence of graphene and the evolution of synthesis methods have given rise to sheer creativity in concentrating on environmentally friendly methods to obtain nanoscale carbon materials. Several complex techniques have been suggested for the synthesis of carbon nanotubes including pyrolysis, graphite exfoliation, arc discharge, laser vaporization and chemical vapor deposition.IntroductionSeveral complex techniques have been suggested for the synthesis of carbon nanotubes including py …

Nanotechnology (NT) deals with materials of the length of 1-100 nm. At the molecular level, nanotechnology can be utilized for developing the desired textile features, like antimicrobial characteristics, fire retardancy, water repellency, durability, soft hand, remarkable surface structure, high tensile strength, and the like. Nanotechnology in the textile industry can be explained as the matter's control, manipulation, and understanding at the length that's stated above, such that the mate …

Though carbon has quite a few allotropes, one of the most remarkable ones is graphene. It possesses some outstanding and remarkably very strong properties which make it one of a kind. It is one of the most essential elements of everyday life.Carbon is a very strong atom and in comparison, graphite is potentially strong too. The process of graphene radiation shielding is excessively very useful to make things handy. Electromagnetic radiations being a daily life essential need graphene to speed up …

Supercapacitors are most commonly also known as ultracapacitors owing to the high capacity capacitor that they are capable of exhibiting. In this case, their capacitance values are extremely high in comparison to the other capacitors however their voltage limits will be lowered in correspondence.These are capable of storing higher levels of energy which ultimately makes their working nature excellent in nature and rather more authentic. They possess excellent properties and characteristics becau …

It's quite clear the basic colloidal properties of pristine graphene flakes have been explored quite incompletely.Considering all the conflicting reports concerning their hindering potential applications and physicochemical properties which in turn could get the unique electronic, thermal and mechanical properties of graphene into action. Vahid Javan KouzegaranAnalytical Chemist (Ph.D.) / Nanografi Nano TechnologyIntroductionRecently, the exact amphipathic properties of pristine graphene flakes …