INIS
argon ions
66%
atom transport
33%
comparative evaluations
33%
decay
66%
depth
100%
electron-phonon coupling
33%
energy
100%
interfaces
100%
ion beams
100%
kev range
33%
layers
33%
length
66%
mixing
100%
quenching
33%
resolution
100%
roots
33%
sims
100%
simulation
33%
sputtering
33%
thermal spikes
33%
xenon ions
33%
Keyphrases
Ar Ions
100%
Atomic Transport
50%
AuPt
100%
Decay Length
100%
Depth Resolution
100%
Electron-phonon Coupling
50%
Ion Beam
50%
Ion Beam Mixing
100%
Low-energy Ion Beam
100%
Phosphorylated tau
50%
Rapid Quenching
50%
Simulation-based
50%
Sputter Depth Profiling
50%
Square Root
50%
Thermal Spike
50%
Trailing Edge
50%
Ultimate Depth
100%
Xe Ion
50%
Engineering
Broadening
100%
Energy Engineering
100%
Ion Beam Mixing
100%
Rapid Quenching
100%
Square Root
100%
Trailing Edge
100%
Chemistry
Argon Ion
100%
Collisional
50%
Depth Profiling
50%
Ion Beam
100%
Multilayer
50%
Phonon
50%
Secondary Ion Mass Spectroscopy
100%
Physics
Ion Beams
100%
Phonon
50%