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Graphene Production and Application into 0-dimensional fullerenes, 1-dimensional carbon nano tubes and 3-dimensional graphite structures. Graphene and its types are shown in Figure 2. Graphene is considered as smart materials which possesses excellent mechani- cal, electronic, thermal, barrier, optical and chemical properties such as high surface area, superior thermal conductivity, high electron movement, high young’s modulus, excellent high light transmittance, chemically stable, high level of transparent, [5–7] etc. Because of all stated properties, graphene has potential materials which suitable for variety of advanced/smart industrial applications like medical, paper, electronics and many others [8, 9]. Excellent properties of graphene those are well suited for interdisciplinary applications, giving strong Figure 1. Basic structure of graphene [6]. Figure 2. (i) Graphene and its related structures: (ii) fullerene; (iii) carbon nanotubes; and (iv) graphite [15]. 2PDF Image | Graphene Fabrication Methods
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