Antimony-Rich GaAsxSb1−x Nanowires Passivated by Organic Sulfides for High-Performance Transistors and Near-Infrared Photodetectors

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

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Material Science

100
Nanowire Material Science
100
Transistor Material Science
100
Antimony Material Science
22
Devices Material Science
22
Surface Active Agen... Material Science
11
Chemical Vapor Depo... Material Science
11
Surface Morphology Material Science
11
Electrical Property Material Science
11
Field Effect Transi... Material Science
11
Photoconducting Mat... Material Science
11
Hole Mobility Material Science
11
Surface (Surface Sc... Material Science
11
Nanodevice Material Science
11
Powder Material Science

Keyphrases

100
Nanowires Keyphrases
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Antimony Keyphrases
100
Near-infrared Photo... Keyphrases
100
Passivated Keyphrases
100
High-performance Tr... Keyphrases
100
Organic Sulfides Keyphrases
28
Thiourea Keyphrases
28
Sb-rich Keyphrases
14
Chemical Vapor Depo... Keyphrases
14
Electrical Properti... Keyphrases
14
Surface Morphology Keyphrases
14
Radial Growth Keyphrases
14
Sidewall Keyphrases
14
Morphological Prope... Keyphrases
14
Device Performance Keyphrases
14
High Mobility Keyphrases
14
Rise Time Keyphrases
14
External Quantum Ef... Keyphrases
14
Field-effect Transi... Keyphrases
14
Decay Time Keyphrases
14
Passivation Effect Keyphrases
14
Ultrafast Keyphrases
14
Hole Mobility Keyphrases
14
In Situ Passivation Keyphrases
14
Device Yield Keyphrases
14
Light Illumination Keyphrases
14
High Melting Point Keyphrases
14
Nanowire Surfaces Keyphrases
14
Low Melting Point Keyphrases
14
Highly Crystalline Keyphrases
14
Responsivity Keyphrases
14
Nanodevices Keyphrases
14
Photoconductor Keyphrases
14
Near-infrared Light Keyphrases
14
Surfactant-assisted Keyphrases
14
Practical Utilizati... Keyphrases
14
GaSb Nanowires Keyphrases
14
Surfactant Effect Keyphrases
14
Sulfur Powder Keyphrases
14
GaAsSb Keyphrases
14
Near-infrared Optoe... Keyphrases

INIS

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nanowires INIS
100
performance INIS
100
transistors INIS
100
sulfides INIS
100
antimony INIS
100
photodetectors INIS
22
surfaces INIS
22
devices INIS
22
surfactants INIS
22
melting points INIS
22
thiourea INIS
11
yields INIS
11
values INIS
11
growth INIS
11
layers INIS
11
chemical vapor depo... INIS
11
sulfur INIS
11
morphology INIS
11
powders INIS
11
electrical properti... INIS
11
decay INIS
11
mobility INIS
11
passivation INIS
11
quantum efficiency INIS
11
field effect transi... INIS
11
illumination INIS
11
photoconductors INIS
11
hole mobility INIS
11
gallium antimonides INIS

Chemical Engineering

100
Antimony Chemical Engineering
100
Nanowire Chemical Engineering
22
Surfactant Chemical Engineering
22
Thiourea Chemical Engineering
11
Vapor Deposition Chemical Engineering
11
Chemical Vapor Depo... Chemical Engineering
11
Sulfur Chemical Engineering
Research OutputsResearch Output authored by Antimony-Rich GaAsxSb1−x Nanowires Passivated by Organic Sulfides for High-Performance Transistors and Near-Infrared Photodetectors is tagged with the concept