Physics & Astronomy
activation energy
6%
approximation
5%
atoms
8%
carbon
8%
cascades
100%
collisions
41%
critical temperature
7%
damage
31%
dark matter
6%
debris
14%
defects
50%
density functional theory
9%
disorders
6%
dosage
10%
electron diffraction
6%
energy
12%
foils
11%
fusion
13%
graph theory
11%
impurities
8%
injection
5%
interactions
5%
interstitials
19%
ion implantation
7%
ion irradiation
13%
ionization
5%
ions
10%
iron
5%
irradiation
19%
kinetics
14%
metals
13%
microstructure
10%
molecular dynamics
29%
neutron irradiation
12%
point defects
5%
predictions
5%
radiation damage
30%
scaling
11%
scaling laws
6%
sensitivity
6%
simulation
22%
slopes
5%
sputtering
6%
statistics
11%
stopping power
9%
swelling
8%
transmission electron microscopy
5%
tungsten
62%
voids
13%
weakly interacting massive particles
9%
Chemical Compounds
Alloy
5%
Atomic Collision
7%
Atomistic Simulation
13%
Body-Centered Cubic Crystal System
9%
Carbon Atom
7%
Chemical Transformation
5%
Critical Temperature
9%
Crystal Defect
14%
Crystal Displacement
13%
Crystal Microstructure
6%
Crystal Point Defect
15%
Dislocation Loop
26%
Dose
18%
Electron Diffraction
8%
Energy
11%
Foil
7%
Fragmentation
6%
Interatomic Potential
35%
Ion
5%
Ion Impact
11%
Long-Range Order
10%
Microstructure
16%
Molecular Cluster
20%
Molecular Dynamics
28%
Neutron
6%
Neutron Irradiation
15%
Nonequilibrium
8%
Order Disorder Transition
9%
Reaction Activation Energy
8%
Secondary Ion
5%
Simulation
31%
Size Distribution
7%
Sputtering
8%
T-C
14%
Thermal Diffusion
5%
Tungsten
39%
Engineering & Materials Science
Activation energy
10%
Atoms
8%
Carbon
10%
Computer simulation
6%
Defect structures
12%
Defects
44%
Electron diffraction
10%
Fusion reactions
9%
Graph theory
8%
Impurities
12%
Ion bombardment
15%
Ions
16%
Irradiation
32%
Metals
5%
Microstructural evolution
20%
Microstructure
12%
Molecular dynamics
34%
Neutron irradiation
17%
Neutrons
6%
Order disorder transitions
7%
Point defects
8%
Sputtering
10%
Statistics
7%
Swelling
8%
Tungsten
45%
Vacancies
8%
