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Monte Carlo simulation of electron transport in a graphene diode with a linear energy band dispersion
Naoki Harada
, Yuji Awano
, Shintaro Sato
, Naoki Yokoyama
研究成果
:
Article
›
査読
15
リンクは新しいタブで開きます
被引用数 (Scopus)
概要
フィンガープリント
フィンガープリント
「Monte Carlo simulation of electron transport in a graphene diode with a linear energy band dispersion」の研究トピックを掘り下げます。これらがまとまってユニークなフィンガープリントを構成します。
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Keyphrases
Monte Carlo Simulation of Electron Transport
100%
Elastic Scattering
100%
Energy Band Dispersion
100%
Graphene Diode
100%
Linear Energy
100%
Bilayer Graphene
50%
Electron Velocity
50%
Energy Relaxation
50%
Inelastic Scattering
50%
Transport Properties
25%
Energy Structure
25%
Velocity Distribution
25%
Kinetic Energy
25%
Electron Transport
25%
Backscatter
25%
Electron Energy
25%
Diode
25%
Particle Simulation
25%
Monte Carlo
25%
Carrier Velocity
25%
Semiclassical
25%
Drain Current
25%
Phonon Emission
25%
Hot Electrons
25%
Two-diodes
25%
Scattering Processes
25%
Scattering Mechanism
25%
Parabolic Band
25%
Graphene Devices
25%
High Kinetics
25%
Band Dispersion
25%
Ballisticity
25%
Channel Region
25%
Earth and Planetary Sciences
Graphene
100%
Electron Transfer
100%
Energy Band
100%
Elastic Scattering
100%
Electron Transport
100%
Inelastic Scattering
50%
Phonon
25%
Transport Property
25%
Kinetic Energy
25%
Velocity Distribution
25%
Electron Energy
25%
Backscattering
25%
Hot Electron
25%
Physics
Graphene
100%
Elastic Scattering
100%
Energy Band
100%
Monte Carlo Method
100%
Transportation
100%
Inelastic Scattering
50%
Kinetic Energy
25%
Transport Property
25%
Backscattering
25%
Monte Carlo
25%
Hot Electron
25%
Phonon
25%
Material Science
Graphene
100%
Electron Transfer
100%
Monolayers
50%
Electronic Band Structure
25%
Hot Electron
25%