Identify a specific application for multilayered graphene, and describe how the
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Question
Identify a specific application for multilayered graphene, and describe how the graphene could be used in your application. Do you expect any defects to be present in the graphene? Describe, if present, how the defects in the graphene could affect its performance in your chosen application Identify a specific application for multilayered graphene, and describe how the graphene could be used in your application. Do you expect any defects to be present in the graphene? Describe, if present, how the defects in the graphene could affect its performance in your chosen application Identify a specific application for multilayered graphene, and describe how the graphene could be used in your application. Do you expect any defects to be present in the graphene? Describe, if present, how the defects in the graphene could affect its performance in your chosen applicationExplanation / Answer
Multi-layered graphene can be used in electronic industry. In addition to its good electrical properties, graphene also has exceptional optical properties. That is, it absorbs light from the far-infrared to the ultra-violet region. Also the graphene's interction with the electromagnetic waves is good in the tetra-hertz range, but if taken as multi-layers. So mid- and far-infrared photonic devices have been developed such as detectors and modulators using graphene.
Defects in the graphene lattice can affect the physical properties of graphene in unexpected ways, and harnessing the influence of these defects may be one method to control both the material's strength and electrical properties. In particular, atomic-scale defects in the graphene lattice can cause significant scattering of the graphene charge carriers, and lead to a loss of carrier mobility in electronic applications.
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