Ambipolar charge transport and electroluminescence properties of ZnO nanorods

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

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Keyphrases

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Charge Transport Pr... Keyphrases
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Electroluminescence... Keyphrases
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ZnO Nanorods Keyphrases
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Ambipolar Charge Tr... Keyphrases
25
Low Temperature Keyphrases
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Photoluminescence S... Keyphrases
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Electroluminescence Keyphrases
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Nanorods Keyphrases
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Visible Region Keyphrases
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Electron Mobility Keyphrases
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Field-effect Transi... Keyphrases
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Hydrothermal Method Keyphrases
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Charge Transport Keyphrases
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Hole Mobility Keyphrases
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Yellow Emission Keyphrases
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Band-edge Emission Keyphrases
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Ambipolar Keyphrases
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Weak Bands Keyphrases
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Transistor Structur... Keyphrases
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Bottom Contact Keyphrases
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ZnO Nanorod Arrays Keyphrases
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ZnO Nanocrystals Keyphrases
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Hexagonal ZnO Keyphrases
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Semiconducting Prop... Keyphrases

INIS

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nanostructures INIS
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electroluminescence INIS
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zinc oxides INIS
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charge transport INIS
28
emission INIS
14
spectra INIS
14
photoluminescence INIS
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charges INIS
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devices INIS
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low temperature INIS
14
electron mobility INIS
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field effect transi... INIS
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hydrothermal synthe... INIS
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hole mobility INIS

Physics

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ZnO Nanorods Physics
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Electroluminescence Physics
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Charge Transfer Physics
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Electron Physics
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Behavior Physics
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Arrays Physics
20
Nanorod Physics
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Nanocrystal Physics
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Spectra Physics
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Region Physics
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Field Effect Transi... Physics
20
Hydrothermal Synthe... Physics
20
Temperature Physics
20
Photoluminescence Physics
Research OutputsResearch Output authored by Ambipolar charge transport and electroluminescence properties of ZnO nanorods is tagged with the concept