Blografi

Modern nanotechnology is a miracle of science, technology, and engineering and its several different structures have already found their uses in thousands of applications. Graphene nanoribbons are among one of the most famous nanostructures. The edge magnetism is the most remarkable property of the graphene nanoribbons. At the same time, it is also a very difficult task to preserve edge magnetism. Several techniques have been used in this regard such as preservation through iodine ter …

Lithium-ion batteries are widely utilized in commercial products for energy storage purposes. Even though they are highly preferred, lithium-ion batteries require further improvements to keep up with the energy requirements of rapidly developing technological devices. Graphene balls have recently been suggested as promising materials for the necessary improvement. Graphene ball technology provides better cycle life, improved charging speed, and efficiency to lithium-ion batteries.Intr …

There is a huge number of hazardous materials that put the life of firefighters in great Danger. Therefore, it is absolutely essential to define a series of health and safety measures in order to control the exposure to these materials. IntroductionThere are hopes that technology can improve the safety of firefighters when they are exposed to materials with life-threatening consequences. Nanoscience as the cutting-edge technology has potentially caused revolutions in numerous sectors …

Crop protection is an important part of agricultural activities. Further development in crop protection methods is required to meet increasing food production demand and overcoming the negative effects of climate change. Nanotechnology offers promising solutions to these problems through the development of effective and selective nanopesticides. Working with more than 100 countries and numerous universities, we, Nanografi, are striving to develop these solutions day by day.Int …

Graphene nanoribbons as one-dimensional strips of graphene have emerged to be the promising candidates to make the future of electronic devices because of their magnetic properties and unique electronic behavior. The lateral size and the edge geometry of graphene nanoribbons give rise to the intriguing properties as the bandgap opening at the Dirac point. Up to this point, heteroatom doping of graphene nanoribbons has been carried out using boron, sulfuric and nitrogen at the edges a …