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Graphene Production and Application power generators. Graphene materials exhibits excellent thermoelectric properties which triggering industrialists to make attention to use graphene in thermoelectric applications. 4.7 Graphene in shape memory materials Shape memory polymers (SMP) are smart materials which have wide range of industrial applications from biomedical to space applications. Graphene is better alternative as shape memory material due to its shape memory, ther- mal and mechanical properties as compared to existing SMP material namely polyurethane. 4.8 Graphene in self-healing materials Material properties like long term stability and durability are much needed for structural and coating applications. Presently, polymeric composites are using said purpose and efficiency of these materials depends on many interacting parameters such as environmental condition, erosion, corrosion, etc. Self-healing of material indicates that material should heal basically mechanical properties when material gets damaged. Graphene is found to be potential material among the other materi- als like polymer composites, metals, ceramics and its related alloys, due to shape memory effect and self-healing ability. 4.9 Multifunctional graphene nanocomposite foams for space applications Space and aerospace are highly advanced industries need intelligent materi- als which combine functionalities with low weight, minimized volume and cost effectiveness. Weight and volume of material used for space application are significantly influences cost of the satellite/space vehicles. Joule heating prop- erty of metallic parts requires additional cooling devices which adds weight and cost. Graphene is found to be better alternative material for space applications due to its superior electronic and thermal properties. With us of graphene as material for space applications, weight, volume and cost can be optimized and Joule heating can also be suppressing due ballistic electron transport property of graphene. 4.10 Graphene in electrorheology materials Electrorheology (ER) materials are important smart material where rheologi- cal properties of material like viscosity, shear stress and dynamic modulus, can be reversibly transformed by the application of external electric field. ER materials M are widely using for producing damper systems, ER polishing, tactile displays, medical devices, robotic actuators, etc. Graphene is one material which is well suited additive for ER material due to its unique properties. 4.11 Other applications As mentioned earlier that usage and growth of graphene and related materials are increasing enormously in advanced applications [40] like gene delivery and bio imaging [41], tissue engineering [42], graphene based metal air batteries [43], graphene LED bulbs [44], graphene antennas [45], graphene functional inks [46], graphene based fabric [47], etc. 10PDF Image | Graphene Fabrication Methods
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