Engineering & Materials Science
Vapor phase epitaxy
98%
Metallorganic vapor phase epitaxy
95%
Thermodynamics
51%
Atoms
40%
Molecular beam epitaxy
36%
Substrates
33%
Adatoms
33%
Thin films
32%
Epitaxial growth
31%
Adsorption
29%
Molecular dynamics
29%
Partial pressure
26%
Indium
24%
Temperature
22%
Nitrides
21%
Nitrogen
20%
Gases
19%
Silicon
19%
Growth temperature
19%
Buffer layers
19%
Desorption
19%
Metals
17%
Semiconductor materials
17%
Surface reconstruction
17%
Crystals
16%
Decomposition
16%
Crystal growth
16%
Gallium nitride
16%
Solidification
16%
Growth kinetics
15%
Monolayers
15%
Crucibles
13%
Phase diagrams
13%
Chemical potential
13%
Chemical analysis
12%
Ammonia
12%
Solar cells
12%
Epitaxial films
11%
Chemical beam epitaxy
11%
Superlattices
11%
Hydrogen
11%
Laser pulses
10%
Computer simulation
10%
Carbon
9%
Thermal conductivity
9%
Oxygen
9%
Vapors
9%
Zinc
9%
Molar ratio
9%
Density functional theory
9%
Physics & Astronomy
vapor phase epitaxy
100%
thermodynamics
46%
adsorption
23%
molecular dynamics
21%
partial pressure
20%
surface stability
20%
thin films
18%
adatoms
17%
nitrogen
16%
indium
16%
simulation
16%
decomposition
15%
molecular beam epitaxy
15%
epitaxy
14%
desorption
14%
buffers
13%
gallium nitrides
13%
gases
13%
atoms
13%
vapor phases
13%
thermal conductivity
12%
structural stability
12%
nitrides
12%
phase diagrams
12%
metals
12%
energy
11%
temperature
11%
dimethylhydrazines
11%
superlattices
10%
ammonia
10%
carbon
10%
kinetics
10%
silicon
10%
hydrogen
10%
crystal growth
9%
oxygen
9%
crucibles
9%
monomethylhydrazines
8%
graphene
8%
hydrides
8%
crystals
7%
screw dislocations
7%
enthalpy
7%
seeds
6%
synthesis
6%
impurities
6%
free energy
6%
flat surfaces
6%
zinc
6%
nucleation
5%
Chemical Compounds
Vapor Phase Epitaxy
56%
Surface
26%
Metallorganic Chemical Vapour Deposition
23%
Monte Carlo Method
22%
Adatoms
21%
Chemical Potential
18%
Interatomic Potential
18%
Nitride
14%
Thermodynamics
14%
Partial Pressure
13%
Solidification
13%
Semiconductor
13%
Pressure
12%
Energy
11%
Threading Dislocation
11%
Epitaxial Growth
11%
Molecular Beam Epitaxy
11%
Crystal Growth
11%
Phase Diagrams
11%
Crucible
10%
Gas
9%
Nitrogen
9%
Adsorption
9%
Epitaxial Film
9%
Liquid Film
8%
Surface Reconstruction
8%
Alloy
8%
Ammonia
8%
Canonical Ensemble
8%
Molecular Dynamics
8%
Ab Initio Calculation
8%
Solar Cell
7%
Thermal Conductivity
7%
Cubic Space Group
6%
Decomposition
6%
Gibbs Free Energy
6%
Buffer Solution
6%
Superlattice
6%
Adsorption Energy
5%
Simulation
5%
Carbon Atom
5%
Desorption
5%
Chemical Beam Epitaxy
5%
