Overcoming the energy gap law in near-infrared OLEDs by exciton–vibration decoupling

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

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Material Science

100
Photoluminescence Material Science
100
Light-Emitting Diod... Material Science
100
Solid Material Science
50
Film Material Science

Keyphrases

100
Near-infrared Keyphrases
100
Energy Gap Law Keyphrases
66
Near-infrared Organ... Keyphrases
66
Photoluminescence Q... Keyphrases
33
Exciton Keyphrases
33
High Performance Keyphrases
33
Delocalization Keyphrases
33
Peak Wavelength Keyphrases
33
Solid Film Keyphrases
33
Radiance Keyphrases
33
Well-aligned Keyphrases
33
Decoupling Strategy Keyphrases
33
Molecular Solids Keyphrases
33
High External Quant... Keyphrases
33
Non-radical Process Keyphrases
33
Experimental Proofs Keyphrases
33
Exciton Delocalizat... Keyphrases

Chemistry

100
Band Gap Chemistry
66
Solid Chemistry
66
Photoluminescence Chemistry
66
Quantum Yield Chemistry
66
Exciton Chemistry
33
Molecule Chemistry
33
Procedure Chemistry
33
Length Chemistry
33
Synthesis (Chemical... Chemistry
33
Ground State Chemistry
33
Wavelength Chemistry

INIS

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energy gap INIS
100
light emitting diod... INIS
100
decoupling INIS
66
yields INIS
66
photoluminescence INIS
66
solids INIS
66
excitons INIS
33
design INIS
33
synthesis INIS
33
peaks INIS
33
films INIS
33
molecules INIS
33
performance INIS
33
length INIS
33
ground states INIS
33
wavelengths INIS
33
quantum efficiency INIS

Chemical Engineering

100
Film Chemical Engineering
Research OutputsResearch Output authored by Overcoming the energy gap law in near-infrared OLEDs by exciton–vibration decoupling is tagged with the concept