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Nanomaterials are materials that are so tiny in size that they cannot be seen with the naked eye. However, their properties and characteristics enable them to exhibit applications in various fields. Nanotechnology is playing its role in increasing the efficacy of transportation by allowing different ways and means through which transportation can flourish and provide benefits to the industries as well as the said field.These are an excellent source of hyping up the productivity of nanomater …

Tungsten oxide nanoparticles are oxide particles having high surface area and are capable of showcasing magnetic properties. This happens when tungsten oxide is presented in the form of nanoparticles that are extremely tiny that they are observed with a microscope.IntroductionThe Nanoparticles field is progressing rapidly day by day and bringing various advancements in each field that it is associated with. A lot of common applications of tungsten oxide nanoparticles are being incorporated in da …

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 …

With the rapid developments in the electronics industry and constantly advancing electrical products, one of the most important material properties of 21. century has become electrical conductivity. Considering that most of the products we use today such as batteries, energy generation systems, electrical circuits, sensors, and so many others utilize conductive materials, further improvement in this area has utmost importance.IntroductionBetter conductive properties mean smaller equipment, less …

Selenium is basically a chemical element that comprises of the atomic number 34 and Se the symbol. However, when combined with oxygen it becomes selenium dioxide commonly known as SeO2. When SeO2 is present in the form of nanoparticles which are tiny particles, hard to see with the naked eye, they become selenium dioxide nanoparticles. The nanoparticles are used for various purposes but more specifically in the field of medicine.Their excellent characteristics make them so usable and authen …