Physics & Astronomy
ion beams
54%
pellets
47%
Taylor instability
43%
inertial confinement fusion
41%
electric potential
38%
flux density
28%
evaporation
26%
vapors
26%
continuums
25%
requirements
24%
surface temperature
23%
composite materials
21%
programming
20%
high gain
19%
metals
18%
hydrodynamics
17%
molecular flow
17%
hydrodynamic equations
14%
evaporation rate
14%
metal surfaces
11%
yarns
11%
ablation
11%
gas flow
10%
ballistics
9%
projectiles
9%
velocity distribution
9%
pulses
8%
perturbation
7%
expansion
7%
predictions
6%
matrices
5%
guy wires
5%
stopping
5%
Engineering & Materials Science
Ion beams
100%
Ballistics
61%
Inertial confinement fusion
56%
Ultra-high performance concrete
49%
Fibers
48%
Composite materials
40%
Electric potential
36%
Evaporation
35%
Vapors
23%
Hydrodynamics
22%
Metals
22%
Ablation
14%
Concretes
14%
Compressive strength
12%
Numerical models
12%
Wave propagation
10%
Compaction
10%
Velocity distribution
9%
Flow of gases
8%
Projectiles
7%
Fluxes
7%
Torsional stress
7%
Temperature
7%
Ultrahigh molecular weight polyethylenes
6%
Compliance
6%
Aluminum
5%
Yarn
5%
Chemical Compounds
Ion Beam
77%
Pellet
51%
Hydrodynamics
33%
Shear
32%
Evaporation
31%
Surface Temperature
30%
Voltage
25%
Fiber
22%
Ablation
20%
Pressure
20%
Lagrangian
19%
Composite Material
17%
Reduction
16%
Metal
15%
Flow
15%
Fuel
14%
Wave
14%
Surface
13%
Velocity
9%
Simulation
7%
Ultra High Molecular Weight Polyethylene
6%
Delamination
6%
Aromatic Polyamide
5%
Energy
5%