Interplay between the interfacial Mo–N bonds within MoC nanodot/N-doped carbon composites for efficient photocatalytic reduction of Cr(VI) and hydrogen evolution reaction

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

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Material Science

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Quantum Dot Material Science
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Hydrogen Evolution Material Science
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Nanodots Material Science
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Nitrogen-Doped Carb... Material Science
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Composite Material Material Science
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Density Material Science
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Electron Transfer Material Science
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Photocatalysts Material Science
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Materials Engineeri... Material Science

Keyphrases

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Density Functional ... Keyphrases
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Reaction Kinetics Keyphrases
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Electron Transport Keyphrases
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Bond Formation Keyphrases
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Cocatalyst Keyphrases
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Materials Science Keyphrases
100
Evolutionary Rate Keyphrases
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Reduction Efficienc... Keyphrases
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Light Absorption Keyphrases
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Interfacial Bond Keyphrases
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Nanodots Keyphrases
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Cr(VI) Keyphrases
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Editorial Office Keyphrases
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Materials Technolog... Keyphrases
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H2 Evolution Keyphrases
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Hydrogen Evolution ... Keyphrases
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Precursor Solution Keyphrases
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In Situ Growth Keyphrases
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Composite Photocata... Keyphrases
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Polydopamine Keyphrases
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N-doped Carbon Keyphrases
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Cr(VI) Reduction Keyphrases
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Mechanistic Studies Keyphrases
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1H-1 Keyphrases
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Photocatalytic Keyphrases
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H2-evolution Perfor... Keyphrases
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Nitrogen-doped Carb... Keyphrases
100
Kinetic Transport Keyphrases
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Photocatalytic Cr(V... Keyphrases
100
Carbon Microflower Keyphrases
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Ultrasmall Quantum ... Keyphrases
100
Nano-CdS Keyphrases
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Mo2C Quantum Dots Keyphrases

INIS

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doped materials INIS
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reduction INIS
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hydrogen INIS
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carbon INIS
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quantum dots INIS
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photocatalysis INIS
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molybdenum nitrides INIS
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molybdenum carbides INIS
80
cadmium sulfides INIS
60
ph value INIS
20
synthesis INIS
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electrons INIS
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growth INIS
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performance INIS
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absorption INIS
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transport INIS
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solutions INIS
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efficiency INIS
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density functional ... INIS
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precursor INIS
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reaction kinetics INIS
20
regulations INIS

Engineering

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Quantum Dot Engineering
100
Nanodots Engineering
100
Carbon Composite Engineering
100
Hydrogen Evolution ... Engineering
100
Nitrogen-Doped Carb... Engineering
50
Light Absorption Engineering
50
Bond Formation Engineering
50
Photocatalysts Engineering
50
Precursor Solution Engineering
50
Interfacial Bond Engineering
50
Cocatalyst Engineering

Physics

100
Quantum Dot Physics
100
Hydrogen Evolution ... Physics
33
Electromagnetic Abs... Physics
33
Polydopamine Physics
33
Density Functional ... Physics

Chemical Engineering

100
Composite Photocata... Chemical Engineering
100
Cr(VI) Reduction Chemical Engineering
Research OutputsResearch Output authored by Interplay between the interfacial Mo–N bonds within MoC nanodot/N-doped carbon composites for efficient photocatalytic reduction of Cr(VI) and hydrogen evolution reaction is tagged with the concept