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Graphene is a carbon-related compound having excellent properties and characteristics which enhance up the working mechanics of the products that graphene itself is a part of. When graphene microbeads are formed, they are transformed into another strong compound which benefits the products which are a part of this process. IntroductionGraphene microbeads' applications and uses are vast and therefore, benefit the industries at a larger scale.The building up of this strong product is not a ve …

Graphene particles are by far the best-known particles that are serving as one of the best catalyzers in the industry. When boron is doped with graphene by going through different processes it becomes and forms boron-doped graphene particles which serve various purposes in the industry.The characteristics and properties which are exhibited by boron-doped graphene particles are highly rich in their content and are capable of exhibiting a lot of valuable processes. Technological applications have …

Wastewater treatment is an important topic concerning the sustainability of clean water resources and human health. Research shows that graphene and GO are promising adsorbent materials for the removal of organic and inorganic water pollutants. IntroductionGraphene-based wastewater treatment systems should be developed considering the properties of adsorbent, contaminant, background solution, and adsorbent regeneration. Water is the most fundamental material on Earth essential for surv …

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 is a two-dimensional material with a honeycomb structure, renowned for its exceptional electrical, mechanical, and physical properties. Due to its flexibility, it is used as a transparent electrode in organic photovoltaic cells (OPV). Since 2008, Chemical Vapor Deposition (CVD) has become one of the most significant methods for graphene production. CVD graphene offers substantial advantages over ITO in flexible electronic applications, particularly in terms of transparency, c …