Atomistic characterisation of graphite oxidation and thermal decomposition mechanism under isothermal and Non-Isothermal heating scheme

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

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Material Science

100
Characterization Material Science
100
Oxidation Reaction Material Science
100
Graphene Material Science
40
Materials Material Science
40
Activation Energy Material Science
20
Temperature Material Science
20
Surface Reaction Material Science
20
Thermogravimetric A... Material Science
20
Molecular Structure Material Science
20
Thermal Degradation Material Science
20
Solid Material Science
20
Flame Retardant Material Science
20
Nanocomposite Material Science

Keyphrases

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Activation Energy Keyphrases
100
Graphite Keyphrases
100
Characterization Te... Keyphrases
100
Thermal Decompositi... Keyphrases
100
Graphene Keyphrases
100
Graphene-based Mate... Keyphrases
100
Graphite Oxidation Keyphrases
100
Average Relative Er... Keyphrases
100
Oxidative Decomposi... Keyphrases
100
Heating Scheme Keyphrases
100
Non-isothermal Heat... Keyphrases
50
Molecular Structure Keyphrases
50
Industrial Applicat... Keyphrases
50
Atomic Level Keyphrases
50
Energy Storage Keyphrases
50
Formation Pathway Keyphrases
50
Thermogravimetric A... Keyphrases
50
Surface Reaction Keyphrases
50
Kinetic Parameters Keyphrases
50
Structural Evolutio... Keyphrases
50
Thermal Oxidation M... Keyphrases
50
Flame Retardant Keyphrases
50
Molecular Dynamics ... Keyphrases
50
Carbon Chain Keyphrases
50
Oxidation Kinetics Keyphrases
50
Thermal Degradation... Keyphrases
50
Numerical Character... Keyphrases
50
ReaxFF Keyphrases
50
Reactive Force Fiel... Keyphrases
50
Graphene Properties Keyphrases
50
Computational Chara... Keyphrases
50
Experimental Datase... Keyphrases
50
Volatile Evolution Keyphrases
50
Non-isothermal Simu... Keyphrases

INIS

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heating INIS
100
oxidation INIS
100
graphite INIS
100
thermal decompositi... INIS
100
graphene INIS
40
errors INIS
40
levels INIS
40
comparative evaluat... INIS
40
kinetics INIS
40
simulation INIS
40
activation energy INIS
20
surfaces INIS
20
solids INIS
20
molecular structure INIS
20
carbon INIS
20
applications INIS
20
data INIS
20
flames INIS
20
chains INIS
20
bridges INIS
20
molecular dynamics ... INIS
20
energy storage INIS
20
volatility INIS
20
nanocomposites INIS
20
thermogravimetric a... INIS
20
thermal degradation INIS

Engineering

100
Mechanisms Engineering
100
Isothermal Engineering
100
Graphene Engineering
100
Heating Engineering
80
Mols Engineering
40
Activation Energy Engineering
40
Relative Error Engineering
40
Characterization Me... Engineering
40
Experiment Engineering
20
Product Engineering
20
Surface Engineering
20
Good Agreement Engineering
20
Energy Storage Engineering
20
Bridges Engineering
20
Experimental Work Engineering
20
Industrial Applicat... Engineering
20
Nanocomposite Engineering
20
Molecular Chain Engineering
20
Kinetic Parameter Engineering
20
Thermal Degradation Engineering
20
Chain Carbon Engineering
20
Oxidation Kinetics Engineering
20
Computer Simulation Engineering
20
Temperature Engineering

Chemical Engineering

100
Graphene Chemical Engineering
100
Heating Chemical Engineering
40
Chemical Kinetics C... Chemical Engineering
20
Carbon Chemical Engineering
20
Temperature Chemical Engineering
Research OutputsResearch Output authored by Atomistic characterisation of graphite oxidation and thermal decomposition mechanism under isothermal and Non-Isothermal heating scheme is tagged with the concept