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In this article, the physical, optical, thermal, and electronic characteristics of silicene are discussed in detail.Silicene is silicon’s single atomic layer just like graphene is of carbon. Silicene and graphene, both are of interest to the users because of the same quality and that is their possession of a Dirac cone and being 2-Dimensional. Silicene is extremely thermally stable too, as it is stable up to 1500 K, all because of its low phonon conductance. Introduction Its possible applic …

One of the broadly used systems of secondary batteries is Lithium-ion batteries (LIBs). LIBs have limited self-discharging, operate at higher voltages, higher energy density, and requires less maintenance.With an increase in reliance on batteries, graphite-based electrodes are due for an upgrade. IntroductionIf we use Silicon instead of Graphite, it could result in safer and lighter batteries as Silicon has ten times higher capacity than Graphite, of 3,600 milliampere hours per gram (mAh/g). The …

Recently, the role of nanotechnology in forensics has been experiencing a rapid growth. In fact, forensic is a highly skilled, technical and professional discipline with academic research behind with progresses basically driven by achievements in analytical techniques.Türkiye's first advanced materials and nanotechnology company Nanografi increases the efficiency of many studies in this context with its high performance advanced materials.IntroductionThe analysis of DNA is considered the most …

Graphene is very commonly known to be a carbon allotrope, and it is a part of the very well-known aromatic molecules in chemical sciences.It is also known to be a basic structural element of all the other known allotropes. It is very important as it is the building block for all materials of graphite too.Introduction Graphene films are present with very high toughness which is its greatest physical property, strength, electrical conductivity following. It has many extremely encouraging applicati …

A thermal battery is an innovative battery in which the device uses electricity to heat a phase change material or silicon-based PMC in an isolated chamber.The PMC works as a latent heat accumulator, which exploits the phase transition phenomenon to absorb the incoming energy flow, storing it and maintaining its temperature constant. IntroductionThe main problem with these materials is that they require robust thermal insulation systems, and the transfer of heat during the phase transition is di …