Hierarchical NiMo-based 3D electrocatalysts for highly-efficient hydrogen evolution in alkaline conditions

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
Nickel Material Science
100
Molybdenum Material Science
100
Hydrogen Evolution Material Science
100
Electrocatalysts Material Science
50
Catalyst Material Science
33
Cathode Material Science
33
Water Splitting Material Science
16
Nanowire Material Science
16
Materials Material Science
16
Binder Material Science
16
Anode Material Science
16
Photoelectrochemica... Material Science
16
Water Material Science
16
Foams Material Science

Keyphrases

100
Current Density Keyphrases
100
Hydrogen Evolution Keyphrases
100
Alkaline Condition Keyphrases
100
Electrocatalyst Keyphrases
100
Nickel-molybdenum Keyphrases
100
High Efficiency Keyphrases
33
Nanowires Keyphrases
33
Low Current Density Keyphrases
33
Bimetallic Keyphrases
33
Water Electrolysis Keyphrases
33
NiFe Keyphrases
33
High Current Densit... Keyphrases
33
Excellent Stability Keyphrases
33
Material Cost Keyphrases
33
Energy Materials Keyphrases
33
Photoelectrochemica... Keyphrases
33
Renewable Hydrogen Keyphrases
33
Hydrogen Generation Keyphrases
33
Water Splitting Keyphrases
33
Large-current-densi... Keyphrases
33
Low Overpotential Keyphrases
33
Binder-free Keyphrases
33
Nickel Foam Keyphrases
33
Stable Currents Keyphrases
33
Overall Water Split... Keyphrases
33
Cathode Catalyst Keyphrases
33
Energy Losses Cost Keyphrases
33
3D Cathode Keyphrases
33
Earth-abundant Elec... Keyphrases
33
Synergetic Electroc... Keyphrases
33
Long-term Stability... Keyphrases
33
Hydrogen Evolution ... Keyphrases

INIS

100
hydrogen INIS
100
current density INIS
100
nickel INIS
100
molybdenum INIS
100
electrocatalysts INIS
66
water INIS
50
catalysts INIS
33
cost INIS
33
stability INIS
33
cathodes INIS
16
design INIS
16
nanowires INIS
16
performance INIS
16
voltage INIS
16
applications INIS
16
decay INIS
16
binders INIS
16
anodes INIS
16
energy losses INIS
16
foams INIS
16
hydrogen generation INIS

Chemical Engineering

100
Water Chemical Engineering
100
Nickel Chemical Engineering
100
Hydrogen Chemical Engineering
100
Molybdenum Chemical Engineering
25
Foam Chemical Engineering
25
Nanowire Chemical Engineering
Research OutputsResearch Output authored by Hierarchical NiMo-based 3D electrocatalysts for highly-efficient hydrogen evolution in alkaline conditions is tagged with the concept