In situ formation of highly active Ni–Fe based oxygen-evolving electrocatalysts via simple reactive dip-coating

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

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Material Science

100
Catalyst Material Science
100
Coating Material Science
100
Oxygen Evolution Material Science
100
Electrocatalysts Material Science
40
Density Material Science
40
Solution Material Science
20
Nickel Material Science
20
Oxide Compound Material Science
20
Water Splitting Material Science
20
Foams Material Science

Chemistry

100
Chemical Reaction Chemistry
100
Dioxygen Chemistry
100
Electrocatalyst Chemistry
100
formation Chemistry
83
Catalyst Chemistry
50
Procedure Chemistry
33
Current Density Chemistry
33
Aqueous Solution Chemistry
33
Solution Chemistry
16
Synthesis (Chemical... Chemistry
16
Energy Barrier Chemistry
16
Water Type Chemistry
16
Sample Chemistry
16
Oxide Chemistry
16
Alkaline Condition Chemistry
16
Chronopotentiometry Chemistry
16
Foams Chemistry
16
stability Chemistry
16
Hydroxide Chemistry

Keyphrases

100
In Situ Formation Keyphrases
100
NiFe Keyphrases
100
Dip Coating Keyphrases
100
Highly Active Keyphrases
100
Electrocatalyst Keyphrases
100
Oxygen Evolution Re... Keyphrases
100
Oxygen Evolving Keyphrases
66
Current Density Keyphrases
66
Oxygen Evolution Ca... Keyphrases
66
Low-cost Catalyst Keyphrases
33
Aqueous Solution Keyphrases
33
Efficient Catalyst Keyphrases
33
High Performance Keyphrases
33
Industrialization Keyphrases
33
Energy Barrier Keyphrases
33
Fe3+ Keyphrases
33
NaOH Solution Keyphrases
33
Excellent Activity Keyphrases
33
Water Splitting Keyphrases
33
Alkaline Condition Keyphrases
33
Nickel Foam Keyphrases
33
Chronopotentiometry Keyphrases
33
Reaction Efficiency Keyphrases
33
Reaction Activity Keyphrases
33
In-situ Reactive Keyphrases
33
NiFe Hydroxide Keyphrases
33
Reaction Stability Keyphrases
33
Ni-Fe Oxide Keyphrases

INIS

100
oxygen INIS
100
dip coating INIS
100
electrocatalysts INIS
83
catalysts INIS
33
aqueous solutions INIS
33
cost INIS
33
current density INIS
16
synthesis INIS
16
values INIS
16
water INIS
16
performance INIS
16
energy INIS
16
interfaces INIS
16
oxides INIS
16
stability INIS
16
barriers INIS
16
efficiency INIS
16
fabrication INIS
16
nickel INIS
16
potassium hydroxide... INIS
16
hydroxides INIS
16
foams INIS

Chemical Engineering

100
Oxygen Chemical Engineering
16
Water Chemical Engineering
16
Nickel Chemical Engineering
16
Oxide Chemical Engineering
16
Foam Chemical Engineering
Research OutputsResearch Output authored by In situ formation of highly active Ni–Fe based oxygen-evolving electrocatalysts via simple reactive dip-coating is tagged with the concept