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3 functionalized with cationic polyethylenimine that interacts well with DNA’s phosphate groups [10]. Graphene has a multitude of unique properties: 1. High Electron Mobility Graphene possesses a band structure that is symmetric in nature, leading to elevated electron mobility [11], [12]. Scientists believe that SLG has a resistivity in the range of 10-6 ohm-cm [13]. 2. High Thermal Conductivity SLG has a diffusive conduction at high temperatures and a ballistic conduction at low temperatures due to its relatively low carrier density [14]. At room temperature, the monolayer graphene has a thermal conductivity of about 6000 Wm-1K-1 [15]. 3. Substantial Surface Area SLG has surface area equaling 2630 m2g-1. This is because its atoms are connected 2 dimensionally, causing it to have a specific surface that is larger than most materials [16], [13]. Graphene is exfoliated using multiple processes depending on its applications: 1. Mechanochemical Exfoliation Earliest technique developed to exfoliate graphene was by using a scotch tape to apply normal forces on the graphene layers and its eventual acid dissolution leading to the isolation of SLG [17]. Theproposedexperimentsetupinthisthesisisanexampleofamechanochemicalexfoliation method.PDF Image | Hydrodynamic cavitation exfoliation layered graphene nano
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