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Aluminum is one of the major elements from the periodic table and when combined with oxygen becomes aluminum oxide which is considered as one of the most used and beneficial products. Aluminum oxide nanoparticles are present as a white powder in the form of spheres. However, these are present in both solid and liquid forms.They have a series of manufacturing processes that enable them for excellent characteristics that are excessively beneficial and serve as a key to bring forth all th …

Indium tin oxide which is commonly as known as ITO is a composed mixture of indium, tin, and oxygen all combined in different proportions. The main composition is dependent upon the quantity of carbon which makes it either a ceramic or an alloy. Indium tin oxide is a great compound and is widely used as transparent conducting oxides due to the characteristics and properties that it possesses. Depending upon this factor, ITO has plenty of applications on the mobile device screens as it has all th …

Plastic is one of the leading materials that play a vital role in the destruction of quite a lot of things. It is made up of a combination of polymers which play a role in the harmful effects on that certain thing. According to a lot of researches and studies, it has been noticed that our waters are now being constantly filled up with nano plastics that are not seen by the naked eye and that is why their adversity too, is more than that of the normal plastics to be found.These have a drastic imp …

Graphene is a world-renowned allotrope of carbon famous for all the remarkable work that it is performing in industries throughout the world.The carbon atoms present in graphene are single-layered and that graphene too has many forms in which it exists.One of its forms is monolayered grapheneIn this article, the ways in which monolayer graphene acts with the SiO2 or Si substrate are explained as well as all the remarkable and various properties that are exhibited by graphene as these are act …

In the case of HIV management, it is of a high degree of importance to detect and quantify viruses based on an inexpensive platform rapidly in resource-limited settings. Recently, a microchip-based on cellulose paper with easy to fabricate method has been designed in incorporation with printed graphene-modified electrodes to process the fast detection of HIV-1 taking advantage of electrical sensing.IntroductionThe impact of electrode material and its geometry on the performance of the microchip …