Keyphrases
Absorbance
25%
Absorbance Measurement
100%
Argon Bombardment
66%
Bridging Oxygen
33%
Bulk Density
33%
Defect States
33%
Derived Characters
33%
Desorption
100%
Diatomic Molecules
100%
Difference Curve
66%
Electron-hole Excitation
33%
Emissivity
100%
Evolution Equations
33%
Exciton Formation
33%
Frequency Tuning
25%
Gap Defect
33%
Gap States
100%
Golden Rule
33%
Hydroxyl
25%
Infrared Laser
100%
Ionic Compounds
33%
Ionic Species
33%
IR Laser
100%
Kinetic Equation
33%
Laser Excitation
100%
Laser Fluence
25%
Laser Stimulation
100%
Line Shape Analysis
33%
Liquid Methanol
25%
Markov Approximation
33%
Oxygen Termination
33%
Perfect Surface
33%
Photoabsorption
33%
Photodesorption
100%
Random Phase Approximation
33%
Reactive Systems
50%
Saturable
25%
Stretching Mode
25%
Substrate Heating
25%
System Properties
25%
Temperature Distribution
50%
Theoretical Density
33%
Thermal Desorption
25%
Thermal Infrared
25%
Tin Dioxide
33%
Tin Oxide
100%
Vibrational Energy
33%
Vibrational Levels
100%
INIS
absorption
20%
annealing
40%
argon ions
60%
bulk density
20%
carbon monoxide
25%
comparative evaluations
40%
correlations
20%
curves
60%
defects
100%
density
20%
density of states
40%
electron holes
25%
energy
20%
energy distribution
20%
excitons
20%
increasing
20%
ion beams
20%
kinetic equations
25%
levels
20%
low energy electron diffraction
20%
melting
20%
monocrystals
20%
origin
100%
oxygen
40%
photoemission
100%
photoemission spectroscopy
40%
photons
20%
random phase approximation
25%
silicon carbides
33%
simulation
20%
spectra
20%
sputtering
20%
surfaces
60%
synchrotron radiation
20%
temperature distribution
33%
tin
40%
tin oxides
100%
ultraviolet radiation
40%
valence
100%
yields
20%
Engineering
Adsorbed Molecule
100%
Annealing Temperature
20%
Applicability
33%
Bridging
20%
Conduction Band
20%
Core Level
20%
Defects
100%
Distribution Curve
20%
Emissivity
100%
Energy Distribution
20%
Energy Electron Diffraction
20%
Energy Engineering
66%
Energy Gap
20%
Estimated Value
33%
Experimental Value
33%
Increasing Temperature
20%
Infrared Laser
100%
Internals
100%
Ion Implantation
20%
Kinetic Equation
33%
Laser Excitation
100%
Partial Density
20%
Photoemission
100%
Photon Energy
20%
Simple Expression
33%
Temperature Distribution
33%
Theoretical Density
20%
Valence Band
100%