Imposing exponential temporal decay on sources excites complex-frequency SPP modes that improve both spatial resolution and propagation length in plasmonic structures, validated by dispersion surfaces and FDTD simulations.
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2019 1verdicts
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Enhancement of Resolution and Propagation Length by Sources with Temporal Decay in Plasmonic Devices
Imposing exponential temporal decay on sources excites complex-frequency SPP modes that improve both spatial resolution and propagation length in plasmonic structures, validated by dispersion surfaces and FDTD simulations.