Salt-assisted construction of hydrophilic carbon nitride photocatalysts with abundant water molecular adsorption sites for efficient hydrogen production

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

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Keyphrases

100
Carbon Nitride Keyphrases
100
Adsorption Sites Keyphrases
100
Photocatalyst Keyphrases
100
Hydrophilic Carbon Keyphrases
100
Molecular Adsorptio... Keyphrases
100
Salt-assisted Keyphrases
100
Sustainable Hydroge... Keyphrases
40
Hydrogen Production Keyphrases
40
Photocatalytic Hydr... Keyphrases
40
Polymeric Carbon Ni... Keyphrases
20
Quantum Efficiency Keyphrases
20
Charge Separation Keyphrases
20
Charge Transfer Keyphrases
20
Transferability Keyphrases
20
Dispersibility Keyphrases
20
Synthetic Strategie... Keyphrases
20
Active Sites Keyphrases
20
Size Reduction Keyphrases
20
Heating Process Keyphrases
20
Efficient Heating Keyphrases
20
Pristine Polymer Keyphrases
20
Photocatalytic Syst... Keyphrases
20
Material Size Keyphrases
20
Efficient Photocata... Keyphrases
20
Inert Surface Keyphrases
20
Separation Ability Keyphrases
20
High Efficiency Keyphrases
20
Carbon Nitride Mate... Keyphrases
20
Hydrogen Production... Keyphrases
20
Water Adsorption Ca... Keyphrases
20
Potassium Ion Dopin... Keyphrases

INIS

100
water INIS
100
salts INIS
100
carbon nitrides INIS
100
construction INIS
100
adsorption INIS
100
hydrogen production INIS
50
photocatalysis INIS
25
polymers INIS
12
heating INIS
12
surfaces INIS
12
charges INIS
12
capacity INIS
12
quantum efficiency INIS
12
potassium ions INIS
12
comminution INIS

Chemical Engineering

100
Water Chemical Engineering
100
Carbon Nitride Chemical Engineering
100
Hydrogen Production Chemical Engineering
100
Adsorption Chemical Engineering
33
Carbon Nitride Poly... Chemical Engineering
16
Potassium Chemical Engineering
16
Industrial Heating Chemical Engineering
Research OutputsResearch Output authored by Salt-assisted construction of hydrophilic carbon nitride photocatalysts with abundant water molecular adsorption sites for efficient hydrogen production is tagged with the concept