Engineering & Materials Science
Magnetohydrodynamics
100%
Lorentz force
58%
Enthalpy
43%
Magnetohydrodynamic converters
42%
Plasmas
33%
Supersonic flow
31%
Solid oxide fuel cells (SOFC)
30%
Reynolds number
29%
Vortex flow
26%
Experiments
26%
Swirling flow
24%
Turbulence
24%
Magnetohydrodynamic power generation
23%
Helium
23%
Laser Doppler velocimeters
21%
Nozzles
20%
Gases
19%
Arches
18%
Flow rate
17%
Heat flux
16%
Flow of gases
16%
Electron temperature
16%
Flow fields
15%
Demonstrations
15%
Heat transfer
14%
Ionization
13%
Velocity measurement
13%
Inert gases
13%
Wind tunnels
12%
Argon
12%
Aspect ratio
12%
Mach number
12%
Euler equations
11%
Seed
11%
Power generation
11%
Channel flow
10%
Circular cylinders
10%
Computer simulation
9%
Fluids
8%
Equations of motion
8%
Flow patterns
8%
Flow structure
8%
Plasma stability
8%
Friction
8%
Uncertainty analysis
7%
Flow visualization
7%
Relaxation
7%
Electric potential
6%
Flow velocity
6%
Shock tubes
6%
Physics & Astronomy
generators
48%
static pressure
45%
riblets
40%
near wakes
38%
Lorentz force
36%
stagnation pressure
31%
turbulent wakes
28%
supersonic flow
27%
closed cycles
25%
solid oxide fuel cells
21%
enthalpy
21%
flow distribution
20%
magnetohydrodynamic generators
18%
disks (shapes)
18%
arches
16%
internal flow
16%
spacing
16%
turbulence
15%
vortices
14%
laser doppler velocimeters
14%
supersonic nozzles
13%
gas flow
11%
wall pressure
11%
swirling
11%
performance
10%
flow characteristics
10%
seeds
10%
circular cylinders
10%
Reynolds number
10%
heat transfer
9%
flow velocity
9%
electric potential
9%
Mach number
9%
aspect ratio
9%
wind tunnels
9%
Hall currents
8%
helium
8%
heat flux
8%
upstream
8%
output
7%
magnetohydrodynamics
7%
pitot tubes
7%
gases
7%
horseshoe vortices
6%
friction
6%
flow visualization
6%
mass flow rate
5%
argon
5%
interactions
5%
rare gases
5%