Engineering & Materials Science
Nanowires
100%
Microscopic examination
79%
Transistors
37%
Semiconductor materials
37%
Monolayers
37%
Photoluminescence
31%
Doping (additives)
31%
Electrons
31%
Field effect transistors
28%
Silicon
26%
Electronic properties
25%
Thermionic emission
21%
Surface potential
20%
Fermi level
18%
Electrostatics
18%
Luminescence
17%
Ultrahigh vacuum
16%
Photons
16%
Crystals
15%
Atomic force microscopy
15%
Proteins
15%
Ferroelectric materials
15%
Electric potential
14%
Surface states
14%
Molecules
14%
Electric fields
13%
Grain boundaries
12%
Thin film transistors
12%
Metals
12%
Sensors
12%
Photocurrents
12%
Silicon detectors
12%
Temperature
11%
Chemical sensors
11%
Self assembly
11%
Fabrication
11%
Conversion efficiency
11%
Epilayers
10%
Liquids
10%
Charge density
10%
Microscopes
9%
Silicon oxides
9%
Scanning
9%
Conduction bands
9%
Thin films
9%
Energy gap
9%
Interface states
8%
Electrostatic force
8%
Photoconductivity
8%
Surface charge
8%
Physics & Astronomy
microscopy
59%
probes
52%
nanowires
47%
photovoltages
25%
transistors
25%
photoluminescence
23%
silicon
18%
microscopes
16%
energy distribution
16%
minority carriers
15%
high voltages
15%
contact potentials
14%
scanning
14%
atomic force microscopy
14%
luminescence
13%
electrostatics
13%
electron transfer
12%
sensors
12%
thermionic emission
12%
crystals
11%
electronics
11%
electric fields
11%
field effect transistors
10%
electrons
10%
thin films
10%
electrical measurement
9%
quantum wells
9%
carrier lifetime
9%
volatile organic compounds
9%
ultrahigh vacuum
9%
photocurrents
9%
single crystals
9%
hot electrons
8%
electric potential
8%
characterization
8%
photons
8%
solar generators
8%
self assembly
8%
liquids
7%
metals
7%
insulators
7%
trapping
7%
profiles
7%
dipoles
7%
life (durability)
7%
threshold voltage
7%
density distribution
6%
spectroscopy
6%
grain boundaries
6%
organic semiconductors
6%
Chemistry
Kelvin Probe Force Microscopy
88%
Nanowire
62%
Field Effect
31%
Semiconductor
30%
Surface Recombination
24%
Surface
24%
Thermionic Emission
20%
Monolayer
18%
Photoluminescence
17%
Velocity
16%
Work Function
16%
Photovoltage
15%
Voltage
15%
Surface Potential
15%
Band Bending
13%
Electric Field
12%
Energy
12%
Grain Boundary
11%
Doping Material
11%
Electronic Property
11%
Simulation
11%
Force
11%
Surface State
10%
Interface State
10%
Electron Transfer
9%
Vacuum
9%
Electron Particle
9%
Volatile Organic Compound
8%
Density of State
8%
Fermi Level
8%
Ferroelectric Domain
7%
Dielectric Material
7%
Electron Beam Induced Current
7%
Auger Electron Spectroscopy
6%
Luminiscence Type
6%
Surface Defect
6%
Photoelectrode
6%
Pentacene
6%
Diffusion
5%
Conduction Band
5%
Liquid Film
5%
Dipole
5%
Protein
5%
Acceptor Level
5%
Solar Cell
5%
