Surface engineered CoP/Co3O4 heterojunction for high-performance bi-functional water splitting electro-catalysis

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

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Material Science

100
Catalysis Material Science
100
Water Splitting Material Science
66
Catalyst Material Science
66
Cobalt(II,III) Oxid... Material Science
50
Electrode Material Science
50
Hydrogen Evolution Material Science
50
Oxygen Evolution Material Science
33
Heterojunction Material Science
16
Electrolyte Material Science
16
Density Material Science
16
Metal Material Science
16
Materials Material Science
16
Catalyst Activity Material Science
16
Surface Engineering Material Science
16
Alkaline Hydrogen E... Material Science

Chemistry

100
Chemical Reaction Chemistry
100
Water Type Chemistry
100
Catalysis Chemistry
100
Coefficient of Perf... Chemistry
66
Cobalt(II,III) Oxid... Chemistry
50
Dioxygen Chemistry
50
Hydrogen Chemistry
50
electrode Chemistry
50
Catalyst Chemistry
33
Procedure Chemistry
16
Surface Chemistry
16
Energy Chemistry
16
Metal Chemistry
16
Chemical Kinetics C... Chemistry
16
Application Chemistry
16
Acidic Solution Chemistry
16
Current Density Chemistry
16
Electrocatalytic Ac... Chemistry
16
Bifunctional Cataly... Chemistry
16
Environment Chemistry
16
Slope Chemistry
16
Electrolyte Chemistry

Keyphrases

100
High Performance Keyphrases
100
Co3O4 Keyphrases
100
Electrocatalysis Keyphrases
100
Surface Engineered Keyphrases
100
Bifunctional Water ... Keyphrases
50
Hydrogen Evolution ... Keyphrases
50
Oxygen Evolution Re... Keyphrases
50
Electrochemical Wat... Keyphrases
25
Electrolyte Keyphrases
25
Current Density Keyphrases
25
Heterostructure Keyphrases
25
Energy Efficiency Keyphrases
25
Heterojunction Elec... Keyphrases
25
Acidic Solution Keyphrases
25
Reaction Process Keyphrases
25
Surface Engineering Keyphrases
25
Alkaline Solution Keyphrases
25
Low-cost Approach Keyphrases
25
Water Splitting Keyphrases
25
Electrocatalytic Ac... Keyphrases
25
Tafel Slope Keyphrases
25
2-in-1 Keyphrases
25
Bifunctional Cataly... Keyphrases
25
Fabrication Cost Keyphrases
25
Alkaline Environmen... Keyphrases
25
Unsaturated Metal S... Keyphrases
25
Oxygen Evolution Ca... Keyphrases
25
Reaction Evolution Keyphrases
25
Co-based Keyphrases
25
Water-splitting Pro... Keyphrases
25
Alkaline Hydrogen E... Keyphrases
25
Electrocatalytic Wa... Keyphrases
25
Alkaline Water Spli... Keyphrases
25
Scale-up Applicatio... Keyphrases

INIS

100
water INIS
100
surfaces INIS
100
performance INIS
100
catalysis INIS
100
cobalt phosphides INIS
66
catalysts INIS
50
hydrogen INIS
50
oxygen INIS
50
electrodes INIS
33
electrochemistry INIS
33
cost INIS
33
solutions INIS
16
metals INIS
16
environment INIS
16
electrolytes INIS
16
defects INIS
16
increasing INIS
16
kinetics INIS
16
engineering INIS
16
applications INIS
16
fabrication INIS
16
current density INIS
16
heterojunctions INIS
16
potassium hydroxide... INIS
16
energy efficiency INIS

Engineering

100
Performance Engineering
100
Coefficient of Perf... Engineering
100
Water Splitting Engineering
66
Catalyst Engineering
50
Hydrogen Evolution ... Engineering
50
Oxygen Evolution Re... Engineering
33
Heterojunctions Engineering
16
Energy Efficiency Engineering
16
Energy Conservation Engineering
16
Surface Engineering
16
Application Engineering
16
Fabrication Engineering
16
Engineering Engineering
16
Low Cost Engineering
16
Alkaline Solution Engineering
16
Alkaline Environmen... Engineering
16
Prepared Material Engineering
16
Density Engineering
16
Electrocatalytic Ac... Engineering

Chemical Engineering

100
Water Chemical Engineering
60
Oxygen Chemical Engineering
60
Hydrogen Chemical Engineering
20
Electrocatalytic Wa... Chemical Engineering
20
Chemical Kinetics C... Chemical Engineering
Research OutputsResearch Output authored by Surface engineered CoP/Co3O4 heterojunction for high-performance bi-functional water splitting electro-catalysis is tagged with the concept