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Graphene quantum dots (GQDs), a distinctive kind of zero-dimensional nanocrystals made from graphene semiconductors, are distinguished by their honeycomb-patterned lattice and an impressively compact size that varies between 1-50 nm.These nanocrystals represent a significant advancement in nanotechnology, blending the exceptional electrical, thermal, and mechanical properties of graphene with the unique advantages of their minuscule scale. The combination of these features opens up a myriad of …

It is Essential for lithium-ion batteries to have an appropriate binder for their electrodes. In fact, the binders must have enough durability and a long life as significant requirements to be employed for electrodes. Basically, binders need to be electrochemically stable and chemically inert in order for lithium-ion batteries to show excellent performance. Furthermore, PTFE condensed liquid binders show the best performance via the use of smaller amounts of them on electrodes surface. …

Nano-diamonds are diamonds that are present in the form of nanoparticles exhibiting that their size is so small that they cannot be seen with the naked eye and rather a microscope is used to see them.A specialized process with a lot of critical steps is conducted to carry out this formation successfully. Nano-diamonds have a lot of specialized properties that can define their characteristics fully and exhibit these properties in full form through a wide range of applications that these nano-diam …

Today, plastics based on petroleum including PP, PE, PVC and so forth have turned out to be the major source of pollution in the environment.It is mostly because of their hard degradation and inducing a series of threats to the human and other species. There are now a lot of ongoing efforts develop materials of sustainable and biodegradable grade for Packaging so that plastic products could be replaced.IntroductionIn order to get over environmental issues and the problem of the widest red …

Graphene nanoribbons with atomic-level precision draw a lot of attention and interest more specifically because of their remarkable tunability in transport, optical and electronic properties. The synthesis of graphene nanoribbons based on the on-surface synthesis approach is according to the chemical reactions which are basically assisted by the metal surface on which metallic substrates profoundly screen designer electronic properties and restrict even more applications.Introduction In ord …