Ching-Hao Chang

Assistant Professor

  • 65 Citations
  • 5 h-Index
20082020
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Chemical Compounds

Exchange coupling
Giant magnetoresistance
Charge carriers
Oxides
Ion bombardment
Surface roughness
Enhanced magnetoresistance
Irradiation
Topography
Magnetic fields
Rare earths
Heterojunctions
Tuning
Carbon Nanotubes
Two dimensional electron gas
Magnetization
Charge transfer
Magnetoelectronics
Ferromagnetic materials
Orbits
Carbon
Phase transitions
Galvanomagnetic effects
Experiments
Magnetic multilayers
Doping (additives)
Knobs
Antiferromagnetism
Semiconductor quantum wells
Manganites
Transition metals
Temperature
Magnetoresistance
Helium
Defects
Metal insulator transition
Ferromagnetism
Thermoelectric energy conversion
Magnetism
Electric potential
Curie temperature
Trajectories
Band structure
Lattice constants
Phase diagrams
Density functional theory
Nanostructures
Momentum
Modulation
Boundary conditions

Physics & Astronomy

Engineering

interlayers
tuning
charge carriers
nanotubes
nanoclusters
ferromagnetism
nanowires
carbon nanotubes
engineering
irradiation
majority carriers
Curie temperature
heterojunctions

Physics

ballistics
oscillations
roughness
quantum wells
Doppler effect
nanoparticles
vacuum
acoustics
electric potential
critical temperature

Aerospace Sciences

magnetic fields
orbits

Life Sciences

snakes
disorders

Geosciences

topography

General

proximity
anisotropy
complex systems
predictions
mean free path
electron gas
bombardment
spacers
mediation
phase coherence
shift
configurations
geometry
knobs
fluence

Mathematical and Computer Sciences

Born approximation
approximation
normal density functions

Chemistry and Materials

spin glass
rare earth elements
oxides
carbon

Engineering & Materials Science

Exchange coupling
Giant magnetoresistance
Charge carriers
Ion bombardment
Surface roughness
Enhanced magnetoresistance
Irradiation
Topography
Magnetic fields
Rare earths
Heterojunctions
Tuning
Oxides
Two dimensional electron gas
Magnetization
Charge transfer
Magnetoelectronics
Ferromagnetic materials
Carbon nanotubes
Orbits
Phase transitions
Galvanomagnetic effects
Experiments
Magnetic multilayers
Doping (additives)
Knobs
Antiferromagnetism
Semiconductor quantum wells
Manganites
Transition metals
Temperature
Magnetoresistance
Defects
Metal insulator transition
Carbon
Ferromagnetism
Thermoelectric energy conversion
Magnetism
Electric potential
Curie temperature
Trajectories
Band structure
Lattice constants
Phase diagrams
Density functional theory
Helium
Nanostructures
Momentum
Modulation
Boundary conditions