High-Density Atomic Level Defect Engineering of 2D Fe-Based Metal-Organic Frameworks Boosts Oxygen and Hydrogen Evolution Reactions

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

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Material Science

100
Density Material Science
100
Hydrogen Evolution Material Science
100
Oxygen Evolution Material Science
100
Metal-Organic Frame... Material Science
28
Electrocatalysts Material Science
14
Fourier Transform I... Material Science
14
Water Splitting Material Science
14
Fourier Transform R... Material Science

Keyphrases

100
Atomic Level Keyphrases
100
High Density Keyphrases
100
Metal-organic Frame... Keyphrases
100
Hydrogen Evolution ... Keyphrases
100
Oxygen Evolution Re... Keyphrases
100
Defect Engineering Keyphrases
100
Iron-based Metal-or... Keyphrases
100
Fe-metal Organic Fr... Keyphrases
66
Reaction Process Keyphrases
66
Electrocatalyst Keyphrases
66
Ferric Hydroxide Keyphrases
33
Two Dimensional Keyphrases
33
Coordination number Keyphrases
33
Water Molecule Keyphrases
33
Fourier Transform I... Keyphrases
33
Energy Barrier Keyphrases
33
Phase Transformatio... Keyphrases
33
Active Sites Keyphrases
33
Long-term Stability Keyphrases
33
Water Dissociation Keyphrases
33
Fe Sites Keyphrases
33
Water Splitting Keyphrases
33
In Situ Characteriz... Keyphrases
33
Fourier Transform R... Keyphrases
33
Volmer Keyphrases
33
Metal-organic Mater... Keyphrases
33
Electrocatalytic Pr... Keyphrases
33
Metal Oxyhydroxide Keyphrases
33
Heyrovsky Keyphrases
33
Unsaturated Sites Keyphrases

INIS

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levels INIS
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defects INIS
100
hydrogen INIS
100
oxygen INIS
100
engineering INIS
100
organometallic comp... INIS
100
density INIS
28
water INIS
28
electrocatalysts INIS
14
metals INIS
14
raman spectroscopy INIS
14
dissociation INIS
14
molecules INIS
14
performance INIS
14
energy INIS
14
stability INIS
14
barriers INIS
14
kinetics INIS
14
phase transformatio... INIS
14
electrodes INIS
14
coordination number INIS
14
fourier transform s... INIS
Research OutputsResearch Output authored by High-Density Atomic Level Defect Engineering of 2D Fe-Based Metal-Organic Frameworks Boosts Oxygen and Hydrogen Evolution Reactions is tagged with the concept