INIS
ablation
15%
air
16%
alignment
10%
applications
20%
biometrics
15%
comparative evaluations
14%
copolymers
23%
devices
40%
dielectrics
23%
electrodes
68%
etching
15%
fabrication
12%
fibers
30%
field effect transistors
15%
films
41%
graphene
15%
hydrogen
16%
information
15%
inks
11%
interfaces
10%
lasers
17%
layers
33%
length
26%
lifetime
11%
manufacturing
66%
masking
15%
metals
23%
molecules
17%
morphology
23%
patents
23%
polymers
39%
polystyrene
23%
porosity
13%
production
24%
semiconductor materials
18%
skin
15%
solutions
15%
solvents
21%
substrates
56%
sulfonic acids
12%
surfaces
27%
thin films
34%
thiophene
15%
transistors
92%
vapors
15%
visibility
15%
x-ray diffraction
15%
Keyphrases
3-pentadecylphenol
37%
Amphiphiles
23%
Biometric Measurements
15%
Bottom Gate
23%
Comb-shaped
15%
Conjugated Polymers
19%
Diblock Copolymer
18%
Dielectric Layer
15%
Dry Electrodes
15%
Electrode Patterning
15%
Electrospun
15%
Electrospun Fibers
30%
Foam Structure
15%
Gate Dielectric Layer
15%
Graphene Foam
15%
Graphene Structure
15%
Hierarchical Self-assembly
15%
Internal Porosity
15%
Internal Structure
18%
Lamination
30%
Laser Ablation
15%
Manufacturing Methods
55%
Metal Electrode
18%
Micropillar
15%
Nanocellulose Film
15%
Nanoimprint
15%
Nanoimprint Lithography
20%
Optical Arrangement
15%
Organic Field-effect Transistors
15%
Organic Thin-film Transistors
33%
Organic Transistors
34%
P-toluenesulfonic Acid
20%
Patent Family
27%
Poly(4-vinylpyridine)
30%
Poly-3
15%
Printing Techniques
19%
PVPh
15%
Pyridine Groups
15%
Roll-to-roll
100%
Roll-to-roll Manufacturing
30%
Selective Removal
15%
Self-aligned
15%
Self-crosslinking
15%
Sub1
15%
Supramolecule
21%
Thiophene
15%
Top-gate Transistors
15%
Transistor
29%
Vapor-assisted
15%
Viewing Regions
15%
