… We characterize the carrier density dependent plasmonic resonances of the fabricated
multilayer graphene ribbons using a Fourier transform infrared spectrometer (FTIR, model Bruker …

… plasmon resonance (SPR) of the graphene nanoribbons and Fabry– Pérot resonance of
the … We previously demonstrated the concept of multilayer graphene metasurface-based IR …

… plasmon resonance (SPR)-based sensors using the nano-ribbons of 2D materials such
as graphene … Detection accuracy could be improved from 0.82 to 0.92 for graphene nano-ribbons …

… The highest in energy of the same two zeros is the best approximation to the plasmon
resonance energy, occurring in a region where Im(ϵM) is small and followed by a peak in ELOSS. …

… of graphene microribbons, as well as application of multilayer … decrease in the plasmon
resonance frequency whereas the … multilayer PSs based on 2D periodic graphene nanoribbon …

… Plasmon resonance frequencies can be tuned by changing the dimension of materials (eg,
graphene nanoribbons) and … Compared to the 2D graphene, plasmons in GNRs, due to the …

… (2D) graphene to quasi-one-dimensional (1D) graphene so-called graphene nanoribbons
(GNRs). This … reduce the plasmon damping and improve the plasmon propagation length [10]. …

… Graphene plasmonic resonances can be dynamically … multilayer graphene PNRSs in
mid-IR range. In particular, we show that the graphene nanoribbon sizes arranged in multilayer …

… Surrounded by these countless methods, surface plasmon resonance–based sensors
have attracted larger audiences due to their capability in providing compactness and easy …

… that tantalum pentoxide (Ta 2 O 5 ) layer is located between graphene layers (Vahed and
Ahmadi 2017). Recently, we studied a hybrid plasmonic modulator with multi-layer graphene …