Engineering & Materials Science
Electrons
84%
Phonons
83%
Silicon
80%
Doping (additives)
74%
Heterojunctions
61%
Solar cells
61%
Simulators
61%
Threshold voltage
56%
FinFET
46%
Heating
45%
Scattering
44%
Nanowires
42%
MOSFET devices
39%
Transistors
36%
Electron mobility
35%
Carrier concentration
35%
Carrier transport
35%
Degradation
32%
High electron mobility transistors
31%
Coulomb interactions
30%
Temperature
30%
Band structure
29%
Ballistics
28%
Inversion layers
26%
Poisson equation
25%
Impurities
24%
Surface roughness
24%
Computer simulation
23%
Telegraph
23%
Drain current
23%
Semiconductor devices
22%
Semiconductor quantum wells
22%
Semiconductor materials
21%
Galvanomagnetic effects
19%
Oxides
19%
Semiconductor quantum wires
19%
Defects
18%
Selenium
18%
Phonon scattering
18%
Hot Temperature
18%
Spin polarization
18%
Electron-electron interactions
18%
Electron Transport
17%
Acoustics
17%
Boltzmann equation
17%
Amorphous silicon
17%
Wave functions
16%
Quantum confinement
15%
Electric fields
15%
Energy gap
15%
Chemical Compounds
Simulation
100%
Voltage
41%
Solar Cell
36%
Quantum Dot
33%
Semiconductor
29%
Acoustic Phonon
27%
Optical Phonon
25%
Monte Carlo Method
25%
Electron Particle
24%
Compound Mobility
24%
Quantum Transport
24%
Doping Material
23%
Statistical Ensemble
22%
Phonon
18%
Velocity
18%
Amorphous Silicon
18%
Length
17%
Transconductance
17%
Electron Mobility
17%
Hole Transport
16%
Nanowire
14%
Boltzmann Equation
14%
Electron Density
14%
Potential Barrier
14%
Energy Balance
14%
Drain Current
13%
Magnetoresistance
13%
Conductance
12%
Impact Ionization
11%
Interface Trap
11%
Electric Field
11%
Tunneling
11%
Electronic Band Structure
10%
Subband
10%
Polarization
10%
Reduction
9%
Oxide
9%
Energy
9%
Surface Roughness
9%
Cryogenics
9%
Amorphous Material
8%
Thermal Conductivity
8%
Field Effect
8%
Electron Transport
8%
Time
7%
Nonconductor
7%
Nonequilibrium
7%
Transport Property
7%
Thermionic Emission
7%
Spin Polarization
6%
Physics & Astronomy
field effect transistors
51%
simulation
35%
quantum dots
34%
simulators
32%
SOI (semiconductors)
28%
silicon
25%
ballistics
23%
electrons
22%
phonons
19%
heating
18%
threshold voltage
17%
scattering
16%
semiconductor devices
13%
nanowires
13%
traps
12%
electron mobility
12%
solar cells
11%
Green's functions
11%
quantum wires
11%
transistors
11%
selenium
9%
performance
9%
roughness
9%
surface roughness
9%
Poisson equation
9%
impurities
8%
oxides
8%
orbits
8%
fins
8%
acoustics
7%
inversions
7%
electronics
7%
formalism
7%
high electron mobility transistors
7%
insulators
7%
interactions
7%
heterojunctions
7%
aluminum gallium arsenides
6%
Boltzmann transport equation
6%
confining
6%
electric potential
6%
wave functions
6%
defects
6%
electric contacts
5%
oscillations
5%
Monte Carlo method
5%
trajectories
5%
noise threshold
5%
wire
5%