Integral Equation Analysis of Plane Wave Scattering by Coplanar Graphene-Strip Gratings in the THz Range

The plane wave scattering and absorption by finite and infinite gratings of free-space standing infinitely long graphene strips are studied in the THz range. A novel numerical approach, based on graphene surface impedance, hyper-singular integral equations, and the Nystrom method, is proposed. This...

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Vydané v:IEEE transactions on terahertz science and technology Ročník 3; číslo 5; s. 666 - 674
Hlavní autori: Shapoval, Olga V., Gomez-Diaz, Juan Sebastian, Perruisseau-Carrier, Julien, Mosig, Juan R., Nosich, Alexander I.
Médium: Journal Article
Jazyk:English
Vydavateľské údaje: IEEE 01.09.2013
Predmet:
Graphene
Graphene strips
Gratings
Nystrom-type algorithm
Plasmons
Scattering
singular and hyper-singular integral equations (IEs)
Strips
Surface impedance
surface plasmon resonances
Surface waves
ISSN:2156-342X, 2156-3446
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Abstract The plane wave scattering and absorption by finite and infinite gratings of free-space standing infinitely long graphene strips are studied in the THz range. A novel numerical approach, based on graphene surface impedance, hyper-singular integral equations, and the Nystrom method, is proposed. This technique guarantees fast convergence and controlled accuracy of computations. Reflectance, transmittance, and absorbance are carefully studied as a function of graphene and grating parameters, revealing the presence of surface plasmon resonances. Specifically, larger graphene relaxation times increases the number of resonances in the THz range, leading to higher wave transmittance due to the reduced losses; on the other hand an increase of graphene chemical potential up-shifts the frequency of plasmon resonances. It is also shown that a relatively low number of graphene strips ( >10) are able to reproduce Rayleigh anomalies. These features make graphene strips good candidates for many applications, including tunable absorbers and frequency selective surfaces.
AbstractList The plane wave scattering and absorption by finite and infinite gratings of free-space standing infinitely long graphene strips are studied in the THz range. A novel numerical approach, based on graphene surface impedance, hyper-singular integral equations, and the Nystrom method, is proposed. This technique guarantees fast convergence and controlled accuracy of computations. Reflectance, transmittance, and absorbance are carefully studied as a function of graphene and grating parameters, revealing the presence of surface plasmon resonances. Specifically, larger graphene relaxation times increases the number of resonances in the THz range, leading to higher wave transmittance due to the reduced losses; on the other hand an increase of graphene chemical potential up-shifts the frequency of plasmon resonances. It is also shown that a relatively low number of graphene strips ( >10) are able to reproduce Rayleigh anomalies. These features make graphene strips good candidates for many applications, including tunable absorbers and frequency selective surfaces.
Author Shapoval, Olga V.
Mosig, Juan R.
Perruisseau-Carrier, Julien
Nosich, Alexander I.
Gomez-Diaz, Juan Sebastian
Author_xml – sequence: 1
  givenname: Olga V.
  surname: Shapoval
  fullname: Shapoval, Olga V.
  email: olga.v.shapoval@gmail.com
  organization: Lab. of Micro & Nano-Opt., Inst. of Radio-Phys. & Electron., Kharkiv, Ukraine
– sequence: 2
  givenname: Juan Sebastian
  surname: Gomez-Diaz
  fullname: Gomez-Diaz, Juan Sebastian
  organization: Group for Adaptive MicroNanoWave Syst., Ecole Polytech. Fed. de Lausanne, Lausanne, Switzerland
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  givenname: Julien
  surname: Perruisseau-Carrier
  fullname: Perruisseau-Carrier, Julien
  email: julien.perruisseau-car-rier@epfl.ch
  organization: Group for Adaptive MicroNanoWave Syst., Ecole Polytech. Fed. de Lausanne, Lausanne, Switzerland
– sequence: 4
  givenname: Juan R.
  surname: Mosig
  fullname: Mosig, Juan R.
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  givenname: Alexander I.
  surname: Nosich
  fullname: Nosich, Alexander I.
  email: anosich@yahoo.com
  organization: Lab. of Micro & Nano-Opt., Inst. of Radio-Phys. & Electron., Kharkiv, Ukraine
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Snippet The plane wave scattering and absorption by finite and infinite gratings of free-space standing infinitely long graphene strips are studied in the THz range. A...
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SubjectTerms Graphene
Graphene strips
Gratings
Nystrom-type algorithm
Plasmons
Scattering
singular and hyper-singular integral equations (IEs)
Strips
Surface impedance
surface plasmon resonances
Surface waves
Title Integral Equation Analysis of Plane Wave Scattering by Coplanar Graphene-Strip Gratings in the THz Range
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