Engineering & Materials Science
Flashover
100%
Microwaves
91%
Vacuum
59%
Compaction
56%
Electric potential
53%
Photoconductive switches
48%
Electrons
43%
Cathodes
42%
Fluxes
38%
Electric fields
37%
Magnetic flux
37%
Semiconductor switches
35%
Switches
34%
Triodes
34%
Gases
32%
Electric lines
30%
Plasmas
29%
Atmospheric pressure
24%
Capacitors
24%
Geometry
23%
Acoustic impedance
23%
Electric sparks
22%
Anodes
21%
Waveguides
21%
Electric breakdown
19%
Air
18%
Insulating oil
18%
Seed
17%
Temperature
17%
Inductance
17%
Electrodes
17%
Ionization
16%
Antennas
15%
Pulse generators
14%
Time delay
14%
Exploding wires
14%
Nitrogen
14%
Heating
13%
Ultraviolet spectroscopy
13%
Argon
13%
Stators
13%
Ferroelectric materials
12%
Experiments
12%
Magnetic fields
12%
Lighting
12%
Boltzmann equation
11%
Testing
10%
Energy gap
10%
Flux pinning
10%
Imaging techniques
10%
Ions
10%
Electron emission
10%
Light emission
10%
Shock waves
10%
Liquid nitrogen
9%
Thyristors
9%
Physics
9%
Current density
9%
Wire
9%
Polymers
9%
Private telephone exchanges
8%
Horn antennas
8%
Degassing
8%
Ultraviolet radiation
8%
Cryogenics
7%
Luminance
7%
Aluminum
7%
Silicon carbide
7%
Tuning
7%
Photoionization
7%
Carrier concentration
7%
Radiation
7%
Cathodoluminescence
7%
Optical emission spectroscopy
7%
Physics & Astronomy
flashover
99%
microwaves
74%
breakdown
73%
generators
57%
switches
41%
vacuum
38%
transmission lines
29%
cathodes
27%
exploding wires
26%
armatures
24%
magnetic flux
24%
air
23%
atmospheric pressure
22%
time lag
21%
electric fields
20%
gases
20%
electrons
19%
simulation
19%
pulses
19%
fuses
18%
anodes
17%
electric potential
16%
transformers
16%
direct current
16%
secondary emission
15%
S band
15%
rectangular waveguides
15%
waveguides
14%
stators
14%
nitrogen
14%
characterization
14%
output
14%
geometry
13%
meteorology
13%
magnetrons
13%
performance
13%
evaluation
13%
ultraviolet emission
12%
magnetic fields
12%
ionization
11%
electron emission
11%
oils
11%
conductors
11%
excitation
11%
high speed
11%
optical emission spectroscopy
10%
outgassing
10%
test stands
10%
high current
10%
electrical faults
9%
metals
9%
radio frequencies
9%
carbon fibers
9%
conductivity
8%
electrodes
8%
ionospheric heating
8%
impedance
8%
sun
8%
silicon carbides
8%
repetition
8%
thresholds
8%
reflexes
7%
vacuum spectroscopy
7%
heating
7%
cells
7%
spark gaps
7%
optimization
7%
light emission
7%
photons
7%