INIS
sputtering
100%
magnetrons
100%
deposition
66%
applications
44%
layers
38%
detection
33%
machine learning
33%
optimization
33%
stacks
33%
control
33%
nanoparticles
33%
oxidation
33%
alloys
33%
coatings
33%
stability
33%
silicon carbides
33%
growth
22%
silver
22%
simulation
22%
x-ray photoelectron spectroscopy
20%
failures
16%
substrates
15%
x-ray diffraction
15%
annealing
14%
deposits
13%
particle radii
11%
devices
11%
tools
11%
x-ray spectroscopy
11%
energy
11%
spectra
11%
sensors
11%
optical properties
11%
distribution
11%
shape
11%
transmission electron microscopy
11%
scanning electron microscopy
9%
pressure range giga pa
9%
air
9%
activation energy
9%
wastes
8%
defects
8%
films
8%
engineering
8%
algorithms
8%
thin films
8%
range
8%
Material Science
Magnetron Sputtering
66%
Finite Difference Method
50%
X-Ray Photoelectron Spectroscopy
38%
Energy-Dispersive X-Ray Spectroscopy
33%
Silver Nanoparticle
33%
Amorphous Silicon
33%
Thermal Stability
33%
Silicon Carbide
33%
Oxidation Resistance
33%
X-Ray Diffraction
27%
Nanoparticle
25%
Annealing
22%
Scanning Electron Microscopy
22%
Activation Energy
22%
Optical Property
16%
Transmission Electron Microscopy
16%
Nanoindentation
11%
Oxide Compound
11%
Materials Engineering
8%
Keyphrases
Process Anomaly Detection
33%
Interface Electric Field
33%
Silicon Carbide Coating
33%
Amorphous Silicon Carbide
33%
Mesh Size
22%
Particle Radius
22%
Material Temperature
16%
Substrate Material
16%
Metallic Silver Nanoparticles
16%
Distribution Properties
16%
Nanoparticle Distribution
16%
Distribution Shape
16%
Detecting Anomalies
11%
Process Anomalies
11%
Anomaly Detection System
11%
Improved Convergence
11%
COMSOL Multiphysics Software
11%
Accuracy Study
11%
Interparticle Distance
11%
3D Finite Difference
11%
Nanoparticle Systems
11%
Convergence Error
11%
Without Substrate
11%
Reduced Modulus
11%
Passive Oxide Film
11%
Oxidation Activation Energy
11%
Chemistry Structure
11%
