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查看斯高帕斯 (Scopus) 概要
張 泰榕
副教授
物理學系
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10696
引文
來源：Scopus
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2010
2022
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查看啟用 Tay-Rong Chang 的研究主題。這些主題標籤來自此人的作品。共同形成了獨特的指紋。
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Engineering & Materials Science
Metalloids
100%
Surface states
53%
Topological insulators
50%
Electronic structure
39%
Fermions
38%
Fermi surface
32%
Photoelectron spectroscopy
28%
Superconductivity
28%
Spin orbit coupling
27%
Fermi level
26%
Superconducting materials
23%
Band structure
23%
Crystalline materials
21%
Scanning tunneling microscopy
19%
Electrons
19%
Energy gap
17%
Electronic properties
15%
Heterojunctions
13%
Single crystals
12%
Coulomb interactions
11%
Phonons
11%
Doping (additives)
11%
Valence bands
10%
Magnetoresistance
10%
Crystal structure
10%
Hall effect
9%
Spectroscopy
9%
Topology
9%
Transition metals
8%
Semiconductor materials
8%
Magnetism
8%
Ground state
8%
Semiconductor quantum wells
7%
Temperature
7%
Density functional theory
7%
Crystals
7%
Spin polarization
7%
Spintronics
7%
Rare earths
7%
Thin films
7%
Monolayers
7%
Adatoms
7%
Orbits
6%
Electronic states
6%
Galvanomagnetic effects
6%
Phase transitions
6%
Magnetic fields
6%
Atoms
5%
Chemical Compounds
Surface State
55%
Fermion
55%
Nonconductor
48%
Fermi Level
26%
Superconductor
26%
Superconductivity
25%
Electronic State
25%
Quasiparticle
23%
Electron Spin
19%
Spin-Orbit Coupling
18%
Electronic Band Structure
17%
Hall Effect
15%
Surface
14%
Brillouin Zone
14%
Quantum Transport
12%
Magnetoresistance
11%
Electron Particle
11%
Graphene
10%
Band Gap
10%
Energy
9%
Valence Band
9%
Spin Polarization
8%
Tunneling
8%
Magnetic Field
8%
Monolayer
8%
Spintronics
8%
Liquid Film
8%
Transport Phenomena
8%
Photoemission
7%
Phonon
7%
Magnetism
7%
Orbital
7%
Momentum
7%
Crystalline Texture
6%
Single Crystalline Solid
6%
Conduction Electron
6%
Semiconductor
6%
Molecular Beam Epitaxy
5%
Crystal System
5%
Transition Element
5%
Conduction Band
5%
Ground State
5%
Spectroscopy
5%
Velocity
5%
Thermoelectricity
5%
Adatoms
5%
Physics & Astronomy
metalloids
97%
fermions
38%
insulators
35%
electronic structure
25%
arcs
22%
photoelectric emission
21%
orbits
18%
topology
18%
symmetry
16%
Fermi surfaces
15%
spectroscopy
14%
electronics
14%
superconductivity
14%
interference
11%
platforms
10%
textures
9%
graphene
9%
scanning tunneling microscopy
9%
thin films
8%
cones
8%
signatures
8%
tuning
8%
metals
8%
oscillations
7%
physics
7%
electrons
7%
Hall effect
7%
orbitals
7%
valence
7%
energy
7%
crystals
6%
inversions
6%
rare earth elements
6%
phonons
5%
polarization
5%
Brillouin zones
5%
transition metals
5%
arsenides
5%
magnets
5%
quantum wells
5%
predictions
5%
interlayers
5%
