Engineering the excited state of graphitic carbon nitride nanostructures by covalently bonding with graphene quantum dots

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

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Material Science

100
Nanocrystalline Mat... Material Science
100
Graphene Quantum Do... Material Science
100
Graphitic Carbon Ni... Material Science
87
Quantum Dot Material Science
25
Density Material Science
25
Surface Material Science
25
Materials Material Science
12
Photoluminescence Material Science
12
Metal Material Science
12
Optical Property Material Science
12
Carbon Nitride Material Science
12
Photocatalysis Material Science

Keyphrases

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Excited States Keyphrases
100
Covalently Bonded Keyphrases
100
Graphene Quantum Do... Keyphrases
100
Graphitic Carbon Ni... Keyphrases
100
Carbon Nitride Nano... Keyphrases
75
Quantum Dots Keyphrases
25
Photoluminescent Keyphrases
25
Quantum Chemistry Keyphrases
25
Hybrid Structure Keyphrases
25
Relative Size Keyphrases
25
Photocatalytic Keyphrases
12
Optical Properties Keyphrases
12
Density Functional ... Keyphrases
12
Photoluminescence Keyphrases
12
Chemical Modificati... Keyphrases
12
Chemical Reaction Keyphrases
12
Working Conditions Keyphrases
12
Photoexcitation Keyphrases
12
Epoxy Group Keyphrases
12
Light Absorption Keyphrases
12
Chemical Groups Keyphrases
12
Functional Time Keyphrases
12
Time-dependent Dens... Keyphrases
12
Pristine Graphene Keyphrases
12
Carbon Nitride Quan... Keyphrases
12
Excitonic Keyphrases
12
Exciton Distributio... Keyphrases
12
Carbon Nitride Mate... Keyphrases
12
Metal-free Photocat... Keyphrases

INIS

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bonding INIS
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engineering INIS
100
nanostructures INIS
100
excited states INIS
100
graphite INIS
100
carbon nitrides INIS
100
quantum dots INIS
100
graphene INIS
20
photoluminescence INIS
20
photocatalysis INIS
13
size INIS
13
surfaces INIS
13
absorption INIS
13
distribution INIS
13
hybrids INIS
13
density functional ... INIS
6
metals INIS
6
modifications INIS
6
comparative evaluat... INIS
6
performance INIS
6
optical properties INIS
6
applications INIS
6
efficiency INIS
6
time dependence INIS
6
epoxides INIS
6
excitons INIS
6
chemical reactions INIS
6
working conditions INIS

Engineering

100
Engineering Engineering
100
Excited State Engineering
100
Graphitic Carbon Ni... Engineering
100
Graphene Quantum Do... Engineering
87
Quantum Dot Engineering
25
Surface Engineering
25
Density Engineering
25
Hybrid Engineering
12
Research Engineering
12
Application Engineering
12
Efficiency Engineering
12
Performance Engineering
12
Electronics Engineering
12
Characteristics Engineering
12
Nitride Engineering
12
Light Absorption Engineering
12
Photocatalysis Engineering
12
Nitride Material Engineering
12
Epoxide Engineering

Chemical Engineering

100
Carbon Nitride Chemical Engineering
100
Graphene Chemical Engineering
12
Photocatalysis Chemical Engineering
12
Chemical Modificati... Chemical Engineering
Research OutputsResearch Output authored by Engineering the excited state of graphitic carbon nitride nanostructures by covalently bonding with graphene quantum dots is tagged with the concept