• 6099 Citations
  • 32 h-Index
20102020
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Fingerprint Dive into the research topics where Tay-Rong Chang is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Chemical Compounds

Metalloids
Surface states
Fermions
Electronic structure
Photoelectron spectroscopy
Orbits
Superconductivity
Fermi surface
Band structure
Graphite
Crystalline materials
Fermi level
Superconducting materials
Crystal symmetry
Scanning tunneling microscopy
Electrons
Energy gap
Topology
Monolayers
Spin polarization
Magnetoresistance
Single crystals
Electronic properties
Crystals
Metals
Physics
Cones
Textures
Heterojunctions
Semiconductor materials
Phase transitions
Transition metals
Coulomb interactions
Valence bands
Magnetic fields
Crystal structure
Photoemission
Electronic states
Magnetoelectronics
Temperature
Momentum
Doping (additives)
Semiconductor quantum wells
Bismuth
Tuning

Physics & Astronomy

Chemistry and Materials

metalloids
rare earth elements

Physics

fermions
photoelectric emission
orbitals
valence
physics
oscillations
electrons
polarization
quantum wells

General

insulators
electronic structure
arcs
topology
electronics
Fermi surfaces
interference
textures
metals
cones
thin films
scanning tunneling microscopy
platforms
energy
crystals
transition metals
predictions
inversions

Aerospace Sciences

orbits
spectroscopy

Mathematical and Computer Sciences

symmetry

Engineering

superconductivity
graphene
signatures
tuning

Engineering & Materials Science

Metalloids
Surface states
Electronic structure
Fermions
Photoelectron spectroscopy
Orbits
Superconductivity
Band structure
Fermi surface
Crystalline materials
Superconducting materials
Fermi level
Energy gap
Scanning tunneling microscopy
Electrons
Crystal symmetry
Topology
Single crystals
Electronic properties
Coulomb interactions
Monolayers
Graphene
Heterojunctions
Semiconductor materials
Transition metals
Crystal structure
Magnetoresistance
Magnetoelectronics
Valence bands
Cones
Doping (additives)
Semiconductor quantum wells
Electronic states
Phase transitions
Textures