Improving the performance of light-emitting diodes via plasmonic-based strategies

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

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Material Science

100
Light-Emitting Diod... Material Science
20
Devices Material Science
20
Plasmonic Metamater... Material Science
10
Materials Material Science
10
Quantum Well Material Science
10
Phosphor Material Science
10
Novel Device Material Science

Keyphrases

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Light-emitting Diod... Keyphrases
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Plasmonics Keyphrases
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Plasmonic Structure... Keyphrases
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Plasmonic Materials Keyphrases
12
Light Generation Keyphrases
12
Quantum Well Keyphrases
12
Organic Light-emitt... Keyphrases
12
Device Performance Keyphrases
12
Long Lifetime Keyphrases
12
External Quantum Ef... Keyphrases
12
Low Power Consumpti... Keyphrases
12
Light Source Keyphrases
12
Device Configuratio... Keyphrases
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Spontaneous Emissio... Keyphrases
12
Light-emitting Mate... Keyphrases
12
Extraction Efficien... Keyphrases
12
Power Generation Ef... Keyphrases
12
Light Extraction Keyphrases
12
Directional Emissio... Keyphrases
12
Commercial Implemen... Keyphrases
12
Light Extraction Ef... Keyphrases
12
Popular Keyphrases
12
High Efficiency Keyphrases
12
Light-emitting Diod... Keyphrases

INIS

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performance INIS
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light emitting diod... INIS
30
efficiency INIS
30
devices INIS
20
extraction INIS
20
emission INIS
10
design INIS
10
implementation INIS
10
control INIS
10
size INIS
10
increasing INIS
10
quantum wells INIS
10
lifetime INIS
10
fabrication INIS
10
configuration INIS
10
quantum efficiency INIS
10
energy consumption INIS
10
light sources INIS
10
phosphors INIS

Chemical Engineering

100
Extraction Chemical Engineering
Research OutputsResearch Output authored by Improving the performance of light-emitting diodes via plasmonic-based strategies is tagged with the concept