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Transparent electrode for oleds
Fu Rong ZHU
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Corresponding author for this work
Department of Physics
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Engineering & Materials Science
Amorphous silicon
7%
Coatings
4%
Electric fields
5%
Flat panel displays
7%
Fluorine
7%
Hot Temperature
2%
Indium
21%
Light scattering
7%
Organic light emitting diodes (OLED)
14%
Oxide films
13%
Sensors
2%
Silicon solar cells
7%
Solar cells
5%
Substrates
3%
Thin films
15%
Tin oxides
15%
Transparency
5%
Transparent conducting oxides
100%
Transparent electrodes
91%
Zinc oxide
7%
Physics & Astronomy
amorphous silicon
5%
causes
3%
coatings
3%
conduction
36%
conductivity
3%
electric fields
3%
electrodes
34%
flat panel displays
7%
fluorine
5%
heat
3%
indium oxides
16%
life (durability)
3%
light emitting diodes
8%
light scattering
4%
mirrors
3%
oxide films
4%
oxides
34%
requirements
3%
sensors
3%
solar cells
8%
thin films
8%
tin oxides
10%
visible spectrum
6%
zinc oxides
5%
Earth & Environmental Sciences
absorbance
4%
coating
3%
conductivity
3%
effect
0%
electric field
3%
electrode
47%
fluorine
4%
indium
14%
light scattering
4%
material
3%
oxide
41%
sensor
2%
silicon
3%
solar cell
10%
substrate
2%
tin
8%
transparency
3%
visible spectrum
5%
zinc
3%
Chemical Compounds
Application
7%
Behavior as Electrode
27%
Coating Agent
2%
Electric Field
4%
Electrical Conductivity
3%
Flow
2%
Heat
3%
Light Scattering
4%
Liquid Film
2%
Mixture
2%
Oxide
29%
Solar Cell
3%
Surface
2%
Transparency
4%
Visible Spectrum
5%