Engineering & Materials Science
Irradiation
Ion bombardment
Molecular dynamics
Atoms
Ions
Ion beams
Temperature
Vacancies
Defects
Computer simulation
Metals
Precipitates
Point defects
Nanoparticles
Radiation
Hot Temperature
Sintering
Ultrahigh vacuum
Annealing
Grain boundaries
Transmission electron microscopy
Electrons
Creep
Plastic deformation
Substrates
Copper
Thin films
Sputtering
Solid solutions
Superlattices
Electron microscopes
X rays
Grain growth
Phonons
Radiation damage
Epitaxial growth
Binary alloys
Coarsening
Scattering
X ray scattering
Hardness
Powders
Ballistics
Melting
Amorphization
Torsional stress
Inert gases
Crystals
Amorphous alloys
Chemical Compounds
Irradiation
Ion bombardment
Atoms
Molecular dynamics
Ions
Metals
Vacancies
Temperature
Defects
Precipitates
Computer simulation
Point defects
Ion beams
Nanoparticles
gallium arsenide
Sintering
Hot Temperature
Annealing
Transmission electron microscopy
Radiation
Copper
Creep
Plastic deformation
Ultrahigh vacuum
Noble Gases
Substrates
Solid solutions
Thin films
Superlattices
Electrons
X rays
X ray scattering
Powders
Impurities
Binary alloys
Coarsening
Silicon
Phonons
Condensation
Scattering
Hardness
Sputtering
Ballistics
Torsional stress
Electron microscopes
Crystals
Amorphous alloys
Oxides
Physics & Astronomy
irradiation
molecular dynamics
cascades
ion beams
ion irradiation
ions
damage
defects
atoms
simulation
metals
interstitials
spikes
point defects
computerized simulation
nanoparticles
bombardment
temperature
sintering
radiation
copper
viscous flow
markers
ultrahigh vacuum
grain size
energy
tracers
precipitates
grain boundaries
collisions
dosage
transmission electron microscopy
annealing
impurities
thin films
rare gases
silver
condensation
melting
temperature dependence
kinetics
solutes
x ray scattering
plastic deformation
electron microscopes
epitaxy
backscattering
smoothing
sputtering
enthalpy
