Enhancing electrochemical performance of thin film lithium ion battery via introducing tilted metal nanopillars as effective current collectors

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

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Material Science

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Thin Films Material Science
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Metal Material Science
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Lithium Ion Battery Material Science
100
Nanocomposite Material Science
25
Hardness Material Science
25
Growth Rate Material Science
25
Cathode Material Science
25
Metal Oxide Material Science
25
Pulsed Laser Deposi... Material Science
25
Battery (Electroche... Material Science
25
Dielectric Material Material Science

Keyphrases

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Electrochemical Per... Keyphrases
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Current Collector Keyphrases
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Li2MnO3 Keyphrases
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Effective Current Keyphrases
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Nanopillars Keyphrases
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Thin-film Lithium-i... Keyphrases
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Au Nanocomposite Keyphrases
40
Discharge Capacity Keyphrases
40
Composite Thin Film Keyphrases
20
Growth Rate Keyphrases
20
Inclination Angle Keyphrases
20
High Hardness Keyphrases
20
Pulsed Laser Deposi... Keyphrases
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Nanocomposite Mater... Keyphrases
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Tilt Angle Keyphrases
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Thin-film Battery Keyphrases
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Oblique Angle Depos... Keyphrases
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Complex Dielectric ... Keyphrases
20
Cycling Stability Keyphrases
20
Metal Hybrid Keyphrases
20
Plasmonic Systems Keyphrases
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Battery Cathode Keyphrases
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Electrochemical Sys... Keyphrases
20
Oxide Metal Keyphrases
20
Deposition Methods Keyphrases
20
Reduced Bandgap Keyphrases
20
Volumetric Discharg... Keyphrases
20
Reaction Depth Keyphrases

INIS

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metals INIS
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electrochemistry INIS
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performance INIS
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thin films INIS
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nanocomposites INIS
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lithium ion batteri... INIS
50
capacity INIS
50
deposition INIS
25
dielectrics INIS
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processing INIS
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growth INIS
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interfaces INIS
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oxides INIS
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stability INIS
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lasers INIS
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hardness INIS
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dimensions INIS
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anisotropy INIS
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hybrids INIS
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nanostructures INIS
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depth INIS
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pressure range giga... INIS
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cathodes INIS
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angle of inclinatio... INIS

Engineering

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Performance Engineering
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Thin Films Engineering
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Current Collector Engineering
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Nanocomposite Engineering
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Nanopillar Engineering
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Lithium-Ion Batteri... Engineering
50
Discharge Capacity Engineering
50
Cycle Engineering
25
High Hardness Engineering
25
Dielectric Function Engineering
25
Growth Rate Engineering
25
Anisotropic Engineering
25
Nanoscale Engineering
25
Inclination Angle Engineering
25
Battery (Electroche... Engineering
25
Plasmonics Engineering
25
Cycling Stability Engineering
25
Hybrid Engineering
25
Band Gap Engineering
25
Pulsed Laser Engineering
Research OutputsResearch Output authored by Enhancing electrochemical performance of thin film lithium ion battery via introducing tilted metal nanopillars as effective current collectors is tagged with the concept