The N, P co-doped carbon-loading Ni3P@Ni heterojunction nanocomposites derived from polybenzimidazoles grafted with oxygen-phosphorus group as high-efficiency electrocatalyst for oxygen evolution reaction

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

Fingerprint

???publication_fingerprints_help???

Material Science

100
Heterojunction Material Science
100
Oxygen Evolution Material Science
100
Nanocomposite Material Science
100
Electrocatalysts Material Science
20
Electrolyte Material Science
20
Density Material Science
20
Electron Transfer Material Science
20
Activation Energy Material Science
20
Microsphere Material Science
20
Nanosheet Material Science
20
Energy Levels Material Science

Keyphrases

100
Phosphorus Keyphrases
100
Carbon Loading Keyphrases
100
Ni3P Keyphrases
100
Oxygen Evolution Re... Keyphrases
100
High-efficiency Ele... Keyphrases
100
Heterojunction Nano... Keyphrases
100
N, P Co-doped Carbo... Keyphrases
100
Polybenzimidazole Keyphrases
28
Heterojunction Keyphrases
28
Electrocatalyst Keyphrases
28
Interfacial Enginee... Keyphrases
14
Electrochemical Per... Keyphrases
14
Current Density Keyphrases
14
Phosphate Keyphrases
14
Structural Stabilit... Keyphrases
14
Interfacial Electro... Keyphrases
14
Strong Interaction Keyphrases
14
Good Stability Keyphrases
14
Active Sites Keyphrases
14
Low Activation Ener... Keyphrases
14
Structural Optimiza... Keyphrases
14
IrO2 Keyphrases
14
DFT Calculations Keyphrases
14
Interfacial Sites Keyphrases
14
Impregnation Proces... Keyphrases
14
Electrochemically A... Keyphrases
14
Low Overpotential Keyphrases
14
Electrocatalytic Ac... Keyphrases
14
Tafel Slope Keyphrases
14
KOH Electrolyte Keyphrases
14
Pyridine N Keyphrases
14
C Substrate Keyphrases
14
DEC1 Keyphrases
14
Carbonization Treat... Keyphrases
14
N, P Co-doping Keyphrases
14
Earth-abundant Elec... Keyphrases
14
Electronic Configur... Keyphrases
14
Multicomponent Stru... Keyphrases
14
N Species Keyphrases
14
Wet Impregnation Keyphrases
14
Ni Nanosheet Keyphrases
14
OER Kinetics Keyphrases
14
Electrocatalytic Ef... Keyphrases
14
OER Electrocatalyst Keyphrases

INIS

100
doped materials INIS
100
oxygen INIS
100
carbon INIS
100
efficiency INIS
100
loading INIS
100
phosphorus INIS
100
heterojunctions INIS
100
nanocomposites INIS
100
electrocatalysts INIS
80
oer INIS
40
electrochemistry INIS
40
stability INIS
40
engineering INIS
20
electrolytes INIS
20
substrates INIS
20
electronic structur... INIS
20
diffusion INIS
20
kinetics INIS
20
pyridine INIS
20
activation energy INIS
20
current density INIS
20
electron transfer INIS
20
precursor INIS
20
optimization INIS
20
potassium hydroxide... INIS
20
architecture INIS
20
microspheres INIS
20
strong interactions INIS
20
impregnation INIS
20
carbonization INIS
20
pbi INIS

Chemical Engineering

100
Carbon Chemical Engineering
100
Oxygen Chemical Engineering
100
Phosphorus Chemical Engineering
66
Interfacial Enginee... Chemical Engineering
33
Pyridine Chemical Engineering
33
Nanosheet Chemical Engineering
33
Carbonization Chemical Engineering
33
Chemical Kinetics C... Chemical Engineering
Research OutputsResearch Output authored by The N, P co-doped carbon-loading Ni3P@Ni heterojunction nanocomposites derived from polybenzimidazoles grafted with oxygen-phosphorus group as high-efficiency electrocatalyst for oxygen evolution reaction is tagged with the concept