Abstract
The work proposes simulation, characterization and synthesis of sensing layer for bio sensor application. So far no curable treatment is there for prostate cancer if it is not treated at earlier phase i.e. in right time. So biosensor is having major impact on detection at initial phase. Next generation sensor (NGS) includes graphene. This paper proposes biosensor and in the regard of graphene, and same will be analyzed for sensing layer. Chirality (associated with chiral indices and chiral angle) and electrical properties of grapheme along with some key properties are also simulated in ninithi software and comparison of mathematical model is also reported. So we have followed a substrate free easy way to produce graphene at atmospheric pressure. This process could be an easy and comparatively inexpensive method for preparing graphene. Finally the synthesized graphene is characterized by Scanning Electron Microscope (SEM) and the crystal growth is visualized through X ray diffraction (XRD) which are thriving implementation for a biosensing platform.
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