High-Q plasmonic graphene absorbers for electrical switching and optical detection
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DOI: 10.1016/j.carbon.2020.05.046
Abstract: Abstract In this work, we report an intensive theoretical study on the achieving of multiple ultra-sharp and near-unity absorption in a cavity enabled graphene absorber. The plasmonic-induced magnetic resonance, i.e., magnetic plasmon is excited and… read more here.
Keywords: high plasmonic; graphene; absorbers electrical; plasmonic graphene ... See more keywords