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Plasmonic and dielectric properties of ideal graphene
Robert Warmbier
, Alexander Quandt
University of the Witwatersrand
Research output
:
Contribution to journal
›
Article
›
peer-review
8
Citations (Scopus)
Overview
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Engineering
Plasmonics
100%
Dielectrics
100%
Graphene
100%
Dielectric Function
66%
Energy Dissipation
33%
Excitation Energy
33%
Electron Energy
33%
Response Time
33%
High Resolution
33%
Linear Response
33%
Momentum Transfer
33%
Loss Spectrum
33%
2D Nano Material
33%
Chemistry
Graphene
100%
Dielectric Property
100%
Dielectric Function
66%
Nanomaterial
33%
Energy Transfer
33%
Time-Dependent Density Functional Theory
33%
Dielectric Response
33%
Electron Energy Loss Spectrometry
33%
Momentum Transfer
33%
Plasmon
33%
Material Science
Graphene
100%
Dielectric Property
100%
Dielectric Material
100%
Density
33%
Electron Energy Loss Spectrometry
33%
Keyphrases
Plasmonic Properties
100%
Dirac Point
33%
Linear-response Time-dependent Density Functional Theory
33%
Spectrum Function
33%
Static Threshold
33%
Dirac Cone
33%
Excitation Energy Transfer
33%