Highly efficient electro-optic polymers through improved poling using a thin TiO2-modified transparent electrode

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Electrode Material Science
100
Polymers Material Science
100
Titanium Dioxide Material Science
16
Film Material Science
16
Indium Tin Oxide Material Science
16
Sol-Gel Material Science

Earth and Planetary Sciences

100
Injection Earth and Planetary Scien...
100
Electrode Earth and Planetary Scien...
100
Efficiency Earth and Planetary Scien...
50
Oxide Earth and Planetary Scien...
50
Show Earth and Planetary Scien...
50
Flattening Earth and Planetary Scien...
50
Block Earth and Planetary Scien...
50
Coefficient Earth and Planetary Scien...
50
Spin Earth and Planetary Scien...
50
Tin Earth and Planetary Scien...
50
Leakage Earth and Planetary Scien...
50
Indium Earth and Planetary Scien...
50
Barrier Layer Earth and Planetary Scien...
50
Titanium Dioxide Earth and Planetary Scien...
50
Substrates Earth and Planetary Scien...
50
Gels Earth and Planetary Scien...

Keyphrases

100
Rutile Keyphrases
100
Transparent Electro... Keyphrases
100
TiO2 Layer Keyphrases
100
Electro-optic Polym... Keyphrases
100
High Efficiency Keyphrases
66
Poling Efficiency Keyphrases
33
Sol-gel Keyphrases
33
Injection Barrier Keyphrases
33
Electro-optic Effec... Keyphrases
33
Leakage Current Keyphrases
33
Field Distribution Keyphrases
33
High Field Keyphrases
33
Barrier Layer Keyphrases
33
Charge Injection Keyphrases
33
Efficiency Enhancem... Keyphrases
33
Indium Tin Oxide Su... Keyphrases
33
High Injection Keyphrases
33
Poled Film Keyphrases
33
Flattening Effect Keyphrases

INIS

100
optics INIS
100
polymers INIS
100
electrodes INIS
100
titanium oxides INIS
50
layers INIS
33
injection INIS
33
efficiency INIS
16
films INIS
16
comparative evaluat... INIS
16
substrates INIS
16
charges INIS
16
barriers INIS
16
distribution INIS
16
spin INIS
16
sol-gel process INIS
16
tin oxides INIS
16
indium INIS
16
leakage current INIS
16
barrier layer INIS

Engineering

100
Polymers Engineering
100
Electro-Optics Engineering
66
Enhancement Engineering
66
Efficiency Engineering
33
Fields Engineering
33
Gel Engineering
33
Indium-Tin-Oxide Engineering
33
Field Distribution Engineering
33
Optic Coefficient Engineering
33
Charge Injection Engineering
33
Titanium Dioxide (T... Engineering
33
Substrates Engineering
33
Barrier Layer Engineering

Agricultural and Biological Sciences

100
Fields Agricultural and Biologic...
100
Injection Agricultural and Biologic...
100
Polymers Agricultural and Biologic...
100
Electrode Agricultural and Biologic...
50
Titanium Dioxide Agricultural and Biologic...

Chemical Engineering

100
Polymer Chemical Engineering
100
Titanium Dioxide Chemical Engineering
16
Tin Oxide Chemical Engineering
16
Indium Chemical Engineering
16
Gel Chemical Engineering
16
Film Chemical Engineering
Research OutputsResearch Output authored by Highly efficient electro-optic polymers through improved poling using a thin TiO2-modified transparent electrode is tagged with the concept