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Near-field radiative heat transfer in graphene plasmonic nanodisk dimers
Francisco V. Ramirez
, Sheng Shen
, Alan J.H. McGaughey
Research output
:
Contribution to journal
›
Article
›
peer-review
30
Scopus citations
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Dive into the research topics of 'Near-field radiative heat transfer in graphene plasmonic nanodisk dimers'. Together they form a unique fingerprint.
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INIS
heat transfer
100%
graphene
100%
dimers
100%
configuration
50%
orientation
50%
surfaces
50%
hybridization
50%
plasmons
50%
size
25%
comparative evaluations
25%
concentration
25%
distance
25%
interference
25%
coupling
25%
reduction
25%
approximations
25%
substrates
25%
tuning
25%
radiations
25%
electrostatics
25%
optical properties
25%
thermal radiation
25%
heat transfer properties
25%
electron mobility
25%
Keyphrases
Graphene Plasmons
100%
Radiative Heat Transfer
100%
Near-field Radiative Heat Transfer
100%
Disc Height
75%
Surface Plasmon
50%
Order of Magnitude
25%
Destructive Interference
25%
Black Women
25%
Relative Orientation
25%
Optical Properties
25%
Coplanar
25%
Electrostatic Approximation
25%
Eigenmodes
25%
Plasmon Hybridization
25%
Graphene Nanodisks
25%
Near-field Coupling
25%
Semi-analytical Model
25%
Graphene Doping
25%
Plasmon Modes
25%
Near-field Thermal Radiation
25%
Edge-to-edge
25%
Planck
25%
Non-dimensional Analysis
25%
Electron Mobility
25%
Doping Concentration
25%
Near-field Radiation
25%
Engineering
Graphene
100%
Plasmonics
100%
Radiative Heat Transfer
100%
Surface Plasmon
40%
Relative Orientation
20%
Eigenmode
20%
Thermal Radiation
20%
Destructive Interference
20%
Radiation Field
20%
Edge Separation
20%
Electrostatic Force
20%
Physics
Graphene
100%
Radiative Heat Transfer
100%
Surface Plasmon
40%
Electrostatics
20%
Radiation Distribution
20%
Electron Mobility
20%
Thermal Radiation
20%
Optical Property
20%
Material Science
Graphene
100%
Surface Plasmon
66%
Optical Property
33%
Electron Mobility
33%
Doping Concentration
33%