Manipulating heterointerface to boost formation and desorption of intermediates for highly efficient alkaline hydrogen evolution

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

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Material Science

100
Desorption Material Science
100
Hydrogen Evolution Material Science
100
Alkaline Hydrogen E... Material Science
33
Water Material Science
33
Electrocatalysts Material Science
16
Density Material Science
16
Nanowire Material Science
16
Metal Material Science
16
Catalysis Material Science
16
Theoretical Calcula... Material Science
16
Electrodeposition Material Science
16
Foams Material Science

Chemistry

100
Hydrogen Chemistry
100
Desorption Chemistry
100
formation Chemistry
57
Chemical Reaction Chemistry
28
Water Type Chemistry
28
Chemical Kinetics C... Chemistry
28
Electrocatalyst Chemistry
28
Dissociation Chemistry
14
Procedure Chemistry
14
Concentration Chemistry
14
Metal Chemistry
14
Catalysis Chemistry
14
Current Density Chemistry
14
Electrodeposition Chemistry
14
electronics Chemistry
14
Foams Chemistry
14
stability Chemistry
14
Raman Spectra Chemistry
14
Nanowire Chemistry

Keyphrases

100
Desorption Keyphrases
100
Heterointerface Keyphrases
100
Alkaline Hydrogen E... Keyphrases
100
High Efficiency Keyphrases
100
NiSx Keyphrases
66
Hydrogen Evolution ... Keyphrases
50
Nicu Keyphrases
33
Reaction Kinetics Keyphrases
33
Active Sites Keyphrases
33
Water Dissociation Keyphrases
33
Low Overpotential Keyphrases
16
High Stability Keyphrases
16
Ni2+ Keyphrases
16
Electrodeposition Keyphrases
16
Foam Substrate Keyphrases
16
Kinetic Barrier Keyphrases
16
Rational Design Keyphrases
16
Cu Nanowires Keyphrases
16
Electronic Coupling Keyphrases
16
Directly Grown Keyphrases
16
Electrocatalyst Keyphrases
16
H Spillover Keyphrases
16
Alkaline Media Keyphrases
16
Tafel Plot Keyphrases
16
Hydrogen Evolution ... Keyphrases
16
DEC1 Keyphrases
16
W-doped Keyphrases
16
Rational Designing Keyphrases
16
Hydrogen Evolution ... Keyphrases
16
Reaction Catalysis Keyphrases
16
Ni Active Sites Keyphrases
16
In Situ Raman Spect... Keyphrases
16
Ampere-level Curren... Keyphrases

INIS

100
hydrogen INIS
100
desorption INIS
28
water INIS
28
dissociation INIS
28
reaction kinetics INIS
28
electrocatalysts INIS
14
metals INIS
14
design INIS
14
levels INIS
14
doped materials INIS
14
values INIS
14
substrates INIS
14
nanowires INIS
14
interfaces INIS
14
stability INIS
14
barriers INIS
14
coupling INIS
14
current density INIS
14
raman spectra INIS
14
construction INIS
14
catalysis INIS
14
foams INIS
14
electrodeposition INIS

Chemical Engineering

100
Hydrogen Chemical Engineering
100
Desorption Chemical Engineering
28
Water Chemical Engineering
28
Chemical Kinetics C... Chemical Engineering
14
Foam Chemical Engineering
14
Nanowire Chemical Engineering
14
Electrodeposition Chemical Engineering
Research OutputsResearch Output authored by Manipulating heterointerface to boost formation and desorption of intermediates for highly efficient alkaline hydrogen evolution is tagged with the concept