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Being investigated in scientific research and practical applications as one of the most important members of carbon fibers is Carbon Nanofiber (CNF). They are considered as promising materials in different disciplines like electrical and electronics devices, electrode material for batteries, supercapacitors and as the sensor. They are usually useful in application in which high electrical conductivity is required, which depends on the dispersion and percolation status in the matrix materi …

Research is growing around Graphene batteries. They are considered one of the most promising solutions for the years to come. They are gaining improvement in performance, especially in terms of battery life and charging speed compared to conventional batteries. It is, therefore, worth the investment in resources of which Graphene is a part. This article aims to look at the details of Graphene battery.Read: Ultimate Guide to Graphene: Everything You Need to Know About GrapheneThe batteries …

Lanthanum, an element from the group Lanthanides, has the atomic number 57 and the chemical symbol (La). Lanthanum has several unique properties. By its very nature, it is ductile, soft and white and is pretty much metal. In this article, we’ll study the history, properties, and applications of Lanthanum Micron Powder.Disclaimer: The content of this post or any other linked material is intended for informational purposes only and should not be taken as medical advice.BackgroundThe metal wa …

The unique electrical and thermal properties of graphene can enhance cutting-edge technologies and our daily lives day by day. Graphene is a carbon sheet having nano-sized thickness with unique properties. It has a monolayer hexagonal crystalline structure and is really the basis of graphite. Yet it is 200 times stronger than steel and five times lighter than aluminum. The unique electrical and thermal properties of graphene make it attractive for many uses of graphene in our daily l …

There are two different ways by which metallic nanoparticles can be formed. These are the bottom-up approach and the top-down approach. The two can be distinguished in the sense that while the bottom up method is sourced from scientific research including nanoscience, the top-down is not. The bottom-up approach further comprises of creating nanomaterials and objects within the same nanosphere based on atoms, molecules, and aggregate grouping. IntroductionThis sort of groupin …