Fysik och astronomi
photoelectric emission
100%
density functional theory
85%
phonons
66%
approximation
66%
Green's functions
48%
energy
42%
metals
42%
electrons
37%
screening
37%
electron gas
34%
spectroscopy
29%
life (durability)
29%
functionals
28%
x rays
28%
excitation
28%
valence
27%
atoms
26%
replicas
25%
chemical equilibrium
23%
statistical mechanics
23%
electrodes
21%
eigenvalues
20%
interactions
20%
high resolution
18%
orbitals
17%
damping
17%
impurities
16%
perturbation theory
16%
electronic levels
16%
line shape
16%
shift
15%
electronics
15%
Gibbs free energy
15%
particle decay
14%
emission spectra
14%
free energy
14%
electron states
14%
metal surfaces
14%
ground state
14%
apexes
14%
adsorption
13%
quasi-steady states
13%
geometry
13%
occupation
12%
partitions
12%
resonant tunneling
12%
files
12%
nanoclusters
11%
perturbation
11%
energy dissipation
11%
Ingenjörs- och materialvetenskap
Phonons
85%
Core levels
73%
Photoemission
48%
Metals
34%
X rays
34%
Statistical mechanics
31%
Semiconductor materials
28%
Impurities
27%
Electron energy levels
25%
Low energy electron diffraction
24%
Electronic structure
24%
Discrete Fourier transforms
23%
Free energy
21%
Electron gas
19%
Valence bands
19%
X ray absorption
18%
Nanosystems
17%
Gibbs free energy
17%
Electrons
17%
Adsorbates
16%
Ground state
16%
Band structure
15%
X ray photoelectron spectroscopy
13%
Fermi surface
12%
Spectroscopy
12%
Electronic data interchange
11%
Density functional theory
10%
Screening
10%
Relaxation
10%
Lattice vibrations
10%
Application programs
9%
Atoms
9%
Photoelectron spectroscopy
9%
Coulomb interactions
8%
Satellites
8%
Reverse engineering
8%
Synchrotron radiation
7%
Optical transitions
7%
Particle interactions
7%
Optical band gaps
7%
Adsorption
7%
Specifications
7%
Photons
6%
Thermodynamics
6%
Binding energy
5%
Quenching
5%
Communication
5%
Crystals
5%
Hot Temperature
5%
Carrier concentration
5%
Kemiska föreningar
Core Level
55%
X-Ray Emission
46%
Phonon
43%
Statistical Mechanics
30%
Energy
28%
Photoemission
26%
Metal
19%
Hubbard Model
19%
Self-Energy
18%
Adiabatic Potential
17%
Electron Gas
16%
Density Functional Theory
16%
Semiconductor
16%
Gibbs Free Energy
16%
Local-Density Approximation
15%
Lattice Model
15%
Response Function
15%
Low Energy Electron Diffraction
14%
X-Ray Photoemission
14%
Memory Effect
13%
Hartree-Fock Calculation
13%
X-Ray
13%
Crystal Field
12%
Valence Band
12%
Electronic State
12%
Density of State
11%
Asymmetry
11%
Molecular Cluster
10%
Communication
9%
Time
9%
Angle Resolved Synchrotron Radiation Photoelectron Spectroscopy
9%
Valence
9%
Cubic Space Group
9%
Flexibility
8%
Ground State
8%
Lattice Dynamics
8%
Triplet Ground State
7%
Antiferromagnetic Ordering
7%
Plane Wave
7%
Spectroscopy
7%
Statistical Ensemble
6%
Synchrotron Radiation
5%
Gas
5%
Electronic Band Structure
5%
Photon
5%
Ambient Reaction Temperature
5%
