Physics & Astronomy
quantum wells
80%
electrons
73%
magnetic fields
50%
quantum Hall effect
48%
valleys
34%
fermions
30%
aluminum gallium arsenides
24%
oscillations
24%
composite materials
22%
disorders
17%
modulation
15%
ballistics
14%
electron gas
14%
insulators
14%
polarization
14%
integers
14%
interlayers
11%
cyclotron resonance
11%
crystals
11%
specific heat
10%
anisotropy
10%
graphite
10%
temperature dependence
10%
electrical resistivity
9%
charge distribution
9%
liquids
8%
energy
8%
magnetic permeability
8%
spin-orbit interactions
8%
conduction bands
8%
metals
8%
degrees of freedom
8%
charge transfer
7%
temperature
7%
resonant tunneling
7%
excitation
7%
symmetry
6%
nuclear spin
6%
Hall resistance
6%
electron scattering
6%
counterflow
6%
interactions
6%
ground state
6%
molecular beam epitaxy
6%
drag
6%
electric potential
6%
electronics
5%
phase diagrams
5%
augmentation
5%
nuclear magnetic resonance
5%
intercalation
5%
adsorption
5%
signatures
5%
Engineering & Materials Science
Semiconductor quantum wells
100%
Electrons
89%
Magnetic fields
58%
Quantum Hall effect
32%
Spin polarization
27%
Galvanomagnetic effects
26%
Fermions
24%
Magnetoresistance
23%
Heterojunctions
21%
Carrier concentration
17%
Two dimensional electron gas
15%
Temperature
14%
Ballistics
12%
Crystals
10%
Charge distribution
10%
Metal insulator transition
10%
Orbits
10%
Conduction bands
9%
Anisotropy
9%
Modulation
9%
Specific heat
8%
Fermi level
8%
Ground state
8%
Electron transitions
7%
Composite materials
7%
Graphite
7%
Molecular beam epitaxy
6%
Charge transfer
6%
Band structure
6%
Energy gap
6%
Scattering
6%
Electron-electron interactions
5%
Electron energy levels
5%
Cyclotron resonance
5%
Resonant tunneling
5%
Liquids
5%
Chemical Compounds
Magnetic Field
60%
Landau Level
59%
Electron Particle
49%
Fractional Quantum Hall Effect
34%
Subband
29%
Fermion
24%
Magnetoresistance
20%
Spin Splitting
20%
Spin Polarization
16%
Effective Mass
16%
Electron Spin
13%
Two-Dimensional Electron Gas
13%
Resistance
11%
Resonance
10%
Skyrmion
10%
Compound Mobility
9%
Electron Density
9%
Energy
9%
Spin Susceptibility
8%
Quantum Hall Effect
8%
Metal Insulator Transition
8%
Tunneling
8%
Anisotropy
7%
Composite Material
7%
Heat Capacity
7%
Quasiparticle
6%
Conductance
6%
Molecular Beam Epitaxy
6%
Cyclotron Resonance
6%
Conduction Band
5%
