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Carbon is one of the most essential elements existing in the periodic table and chemistry itself. Due to the remarkability that carbon brings to the market, it has been in high demand ever since the market has understood the benefits of carbon. It is not only essential but also extremely beneficial as it provides benefits to the industry and market that it joins. Carbon nanotubes are the thin tubes of carbon having a very small diameter which is measured in nanometers as the size is s …

Polysaccharides are the long-chain carbohydrates with a significant role in nature and biological systems such as water retention and molecular recognition. The structures of polysaccharides in their microscale are hardly ever applied in vitro due to the challenges with regulating the self-assembly. Vahid Javan KouzegaranAnalytical Chemist (Ph.D.) / Nanografi Nano TechnologyIntroductionIt's been demonstrated that cyanobacterial polysaccharides known to be sacran, are capable of sel …

Concrete, the second most important material in construction after water, is advantageous however; its low tensile strength requires reinforcement. Nanotubes are found to be promising natural materials for the reinforcement of concrete at nano scales. IntroductionDifferent nanotubes suggested as a natural means for reinforcing concrete are carbon nanotubes, clay nanotubes, and cementitious nanotubes. The importance of concrete in the construction sector is undeniable due to i …

Fuel cell is basically an electrochemical cell capable of converting the chemical energy resulting from a chemical reaction of hydrogen and oxygen as the oxidizing agent into electricity in a process called redox. Generally, fuel cells differ from most of the available batteries due to taking the advantage of a continuous source of fuel and oxygen in order to maintain a chemical reaction. Discover the energy solutions of the future with Nanografi's revolutionary nanomaterials …

Carbon nanotubes (CNTs) are nanoscale, strong and hollow cylinders which shows excellent mechanical and electrical properties. Based on their orientation and configuration in the structure, they can be used in many practical applications such as supercapacitors, catalytic electrodes, flexible heaters, superhydrophobic coatings, biomimetic surfaces, artificial muscles, and integrated microelectromechanical systems. IntroductionThese different forms of CNTs can be vertically aligned arr …