Tuning oxygen vacancies in spinel nanosheets for binder-free oxygen cathodes with superior catalytic activity in zinc-air batteries

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

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Material Science

100
Binder Material Science
100
Cathode Material Science
100
Oxygen Vacancy Material Science
100
Catalyst Activity Material Science
100
Battery (Electroche... Material Science
100
Nanosheet Material Science
100
Air Material Science
50
Density Material Science
50
Catalyst Material Science
25
Electrode Material Science
25
Annealing Material Science
25
Electronic Circuit Material Science
25
Oxygen Evolution Material Science
25
Solid Material Science
25
Liquid Material Science

Keyphrases

100
Oxygen Vacancy Keyphrases
100
Spinel Keyphrases
100
Nanosheets Keyphrases
100
Binder-free Keyphrases
100
Zinc-air Battery Keyphrases
100
Free Oxygen Keyphrases
100
Excellent Catalytic... Keyphrases
100
Oxygen Cathode Keyphrases
50
Power Density Keyphrases
50
Treatment Process Keyphrases
50
RuO2 Keyphrases
50
Tuning Strategy Keyphrases
50
Annealing Treatment Keyphrases
50
Oxygen Reduction Re... Keyphrases
50
Voltage Power Keyphrases
50
Cleanliness Keyphrases
50
Power Cycling Keyphrases
50
Open-circuit Voltag... Keyphrases
50
Liquid-solid Keyphrases
50
Slow Kinetics Keyphrases
50
Energy Storage Tech... Keyphrases
50
Battery Performance Keyphrases
50
Quasi-solid-state Keyphrases
50
Cycling Stability Keyphrases
50
Oxygen Evolution Re... Keyphrases
50
Air Annealing Keyphrases
50
Peak Power Density Keyphrases
50
NiCo2O4 Keyphrases
50
NiCo2O4 Nanosheets Keyphrases
50
Air Cathode Keyphrases
50
High-performance Ca... Keyphrases
50
Oxygen Vacancies-ri... Keyphrases
50
High Efficiency Keyphrases
50
Engineering Strateg... Keyphrases
50
ORR Activity Keyphrases
50
Density Stability Keyphrases
50
Oxygen Vacancy Engi... Keyphrases
50
OER Activity Keyphrases
50
NaBH4 Treatment Keyphrases

INIS

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oxygen INIS
100
vacancies INIS
100
tuning INIS
100
binders INIS
100
cathodes INIS
100
spinels INIS
100
zinc-air batteries INIS
40
performance INIS
40
catalysts INIS
40
air INIS
40
power density INIS
40
oer INIS
20
reduction INIS
20
comparative evaluat... INIS
20
stability INIS
20
annealing INIS
20
kinetics INIS
20
liquids INIS
20
solids INIS
20
engineering INIS
20
efficiency INIS
20
borohydrides INIS
20
electrodes INIS
20
energy storage INIS
20
safety INIS
20
ruthenium oxides INIS
20
peak power INIS
20
open-circuit voltag... INIS

Engineering

100
Oxygen Vacancy Engineering
100
Enzymatic Activity Engineering
100
Nanosheet Engineering
100
Zinc-Air Battery Engineering
100
Binder Engineering
66
Performance Engineering
66
Catalyst Engineering
33
Annealing Engineering
33
High Efficiency Engineering
33
Accident Prevention Engineering
33
Power Density Engineering
33
Mild Condition Engineering
33
Battery (Electroche... Engineering
33
Open Circuit Voltag... Engineering
33
Energy Storage Tech... Engineering
33
Cycling Stability Engineering
33
Engineering Strateg... Engineering
33
Peak Power Density Engineering
33
Oxygen Evolution Re... Engineering
33
Oxygen Reduction Re... Engineering
33
Slow Kinetics Engineering

Chemical Engineering

100
Oxygen Chemical Engineering
100
Nanosheet Chemical Engineering
25
Oxygen Vacancy Engi... Chemical Engineering
25
Chemical Kinetics C... Chemical Engineering
Research OutputsResearch Output authored by Tuning oxygen vacancies in spinel nanosheets for binder-free oxygen cathodes with superior catalytic activity in zinc-air batteries is tagged with the concept