Engineering & Materials Science
Self assembled monolayers
100%
Organic semiconductor materials
95%
Thin film transistors
92%
Ions
91%
Electrolytes
90%
Transistors
88%
Gels
87%
Molecules
74%
Charge transfer
71%
Substrates
67%
Electrodes
63%
Gate dielectrics
49%
Polymers
48%
Capacitance
48%
Printing
46%
Single crystals
43%
Ionic liquids
43%
Electric potential
42%
Metals
41%
Electrons
39%
Carrier concentration
38%
Tunnel junctions
38%
Crystals
37%
Charge carriers
36%
Ink
34%
Semiconductor materials
33%
Block copolymers
33%
Fermi level
32%
Monolayers
31%
Wire
30%
Thin films
30%
Plastics
29%
Doping (additives)
28%
Graphene
28%
Electronic equipment
27%
Oxidation-Reduction
27%
Hole mobility
27%
Microscopic examination
26%
Temperature
25%
Flexible electronics
25%
Thiophene
25%
Fabrication
23%
Transport properties
23%
Charge density
23%
Molecular electronics
22%
Electron tunneling
22%
Gold
22%
Aerosols
22%
Chemical Compounds
Semiconductor
82%
Voltage
70%
Self Assembled Monolayer
65%
Field Effect
60%
Dielectric Material
57%
Tunneling
49%
Atomic Force Microscopy
47%
Gel
46%
Length
44%
Behavior as Electrode
44%
Liquid Film
38%
Charge Transfer
37%
Ink
37%
Probe
35%
Ion
34%
Pentacene
31%
Conductance
31%
Resistance
31%
Surface
30%
Single Crystalline Solid
28%
Charge Carrier
26%
Dithiol
25%
Molecule
25%
Hole Mobility
25%
Ionic Liquid
24%
Force
22%
Work Function
22%
Thiol
21%
Nonconductor
21%
Electron Mobility
20%
Molecular Electronics
20%
Contact Resistance
20%
Compound Mobility
20%
Monolayer
19%
Graphene
18%
Metal
18%
Fermi Level
18%
Block Copolymer
17%
Conductivity
17%
Charge Density
17%
Reaction Activation Energy
17%
Electron Particle
16%
Application
16%
Transport Property
16%
Surface Potential
15%
Block Like Crystal
15%
Electric Double Layer
14%
Hole Transport
13%
Electronic State
13%
Physics & Astronomy
transistors
97%
electrolytes
55%
organic semiconductors
55%
field effect transistors
36%
thin films
34%
electric potential
32%
gels
28%
single crystals
26%
atomic force microscopy
24%
polymers
23%
electrodes
23%
hole mobility
23%
probes
22%
charge carriers
22%
ions
22%
capacitance
21%
conduction
20%
molecules
20%
crystals
18%
electronics
18%
thiols
17%
contact resistance
17%
low voltage
16%
electrons
14%
traps
14%
floating
13%
characterization
13%
temperature
13%
insulators
13%
wire
12%
activation energy
12%
performance
12%
butyric acid
11%
metals
11%
esters
10%
hydrostatic pressure
10%
phenyls
10%
liquids
10%
tunnel junctions
10%
electrostatics
9%
trapping
9%
nanocrystals
9%
carbon nanotubes
9%
fullerenes
8%
bioinstrumentation
8%
microscopy
8%
printing
8%
crystal field theory
8%
gold
8%
inks
8%