Exact(12)
We further assume that only the fundamental surface plasmon mode of the nanotip and nanowire are excited surface plasmons [22].
Conversely, it was suggested that the observed strong T dependence could be explained by thermally excited surface polar phonons of the SiO2 substrate [34 37].
This can be explained by the scattering from thermally excited surface polar phonons of the SiO 2 substrate being screened by the additional top graphene layers [38].
While the passivation of SiO2 with SAMs or functional polymers is useful to considerably reduce the substrate effects on the electrical characteristics of graphene FETs, the carrier transport in graphene is still limited by thermally excited surface phonons of SAMs or polymers, especially at room temperature.
Both excitations from localized surface plasmons on the silver nanostructures and excited surface plasmons on the gold film induce enhancement of the local field's intensity.
The excited surface waves propagated towards the middle part of the Kanto Basin, and they had a complex propagation pattern.
Similar(48)
We design a hollow prism to excite surface plasmon.
The Kretschmann geometry is adopted to excite surface plasmon waves in our measurement system.
We show that it is possible to excite surface modes leading to very high absorption.
The optimized extraordinary optical transmission based on staggered gratings can excite surface plasmon resonance for much larger wavelength.
Then. the evanescent waves will excite surface waves or plasmons, which will lead to the transmission of electromagnetic waves through the overdense plasma layer.
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