Engineering & Materials Science
Field emission
100%
Electrons
44%
Vacuum
44%
Electron emission
42%
Cathodes
39%
Metals
36%
Thin films
19%
Diamonds
19%
Semiconductor materials
18%
Cooling
18%
Carbon films
16%
Radiation
15%
Infrared radiation
14%
Chemical vapor deposition
13%
Electron affinity
13%
Electric fields
11%
Energy conversion
11%
Characterization (materials science)
11%
Temperature
9%
Diodes
9%
Diamond films
9%
Glass
9%
Raman spectroscopy
9%
Conduction bands
8%
Anodes
8%
Laser beam effects
7%
Substrates
7%
Molybdenum
7%
Carbon nitride
7%
Energy gap
7%
Tunnel junctions
7%
Pulsed lasers
7%
Fabrication
7%
Current density
6%
Nanotubes
6%
Voltage measurement
6%
Nanowires
6%
Open circuit voltage
6%
Optical sensors
6%
Fermi level
6%
Plasmas
5%
Boron
5%
Sulfur
5%
Electric space charge
5%
Antennas
5%
Carbon nanotubes
5%
Band structure
5%
Physics & Astronomy
field emission
76%
electron emission
71%
diamonds
29%
carbon
27%
cold cathodes
21%
vacuum
19%
thin films
18%
vapor deposition
16%
rectification
13%
metals
13%
Raman spectroscopy
12%
energy transfer
12%
dimensional analysis
12%
characterization
12%
current density
11%
sulfur
10%
cooling
10%
cathodes
10%
emitters
9%
negative electron affinity
8%
filaments
8%
microwaves
8%
molybdenum
7%
energy conversion
6%
augmentation
6%
disturbances
6%
microstructure
6%
glass
6%
anodes
6%
n-type semiconductors
6%
metal powder
6%
microwave absorption
6%
electric fields
6%
electric potential
5%
infrared radiation
5%
electronics
5%
electrons
5%
coatings
5%
symmetry
5%
radiation
5%
hydrogen
5%
Chemical Compounds
Field Emission
24%
Electron Emission
23%
Cathode
13%
Electron Particle
12%
Work Function
11%
Energy
10%
Diamond
9%
Anode
9%
Electric Field
9%
Hot Filament Vapor Deposition
9%
Metal
8%
Liquid Film
7%
Dielectric Material
6%
Carbon Atom
5%
Oxalonitrile
5%
Current Density
5%