The influence of molecular structure and aerosol phase on the heterogeneous oxidation of normal and branched alkanes by OH

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

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Material Science

100
Oxidation Reaction Material Science
100
Aerosol Material Science
100
Molecular Structure Material Science
50
Particle Material Science
50
Isomer Material Science
25
Surface (Surface Sc... Material Science

Biochemistry, Genetics and Molecular Biology

100
Chemical Structure Biochemistry, Genetics an...
100
Oxidation Biochemistry, Genetics an...
50
Molecule Biochemistry, Genetics an...
50
Isomer Biochemistry, Genetics an...
25
Thermodynamics Biochemistry, Genetics an...
25
Surface Property Biochemistry, Genetics an...
25
Atom Biochemistry, Genetics an...
25
Functionalization Biochemistry, Genetics an...
25
Isomerization Biochemistry, Genetics an...

Chemistry

100
Molecular Structure Chemistry
100
Oxidation Reaction Chemistry
100
Aerosol Chemistry
100
Alkane Chemistry
80
Carbon Chemistry
60
Chemical Reaction P... Chemistry
40
Molecule Chemistry
40
Compound Isomer Chemistry
40
Ketones Chemistry
40
Octacosane Chemistry
40
Shapes Chemistry
20
Chemical Reaction Chemistry
20
Diol Chemistry
20
Hydrogen Chemistry
20
Surface Chemistry
20
Reaction Mechanism Chemistry
20
Alcohol Chemistry
20
Functionalization Chemistry
20
Isomerization Chemistry
20
Carbon Number Chemistry
20
Hydroxyl Group Chemistry
20
Hydroxyl Radical Chemistry
20
Chemical Bond Chemistry
20
Thermodynamics Chemistry
20
Oxygen Atom Chemistry

Keyphrases

100
Molecular Structure Keyphrases
100
Structure Phase Keyphrases
100
Aerosol Phase Keyphrases
100
Branched Alkanes Keyphrases
100
Heterogeneous Oxida... Keyphrases
100
Normal Alkanes Keyphrases
100
Squalane Keyphrases
66
Ketones Keyphrases
66
Sub-micrometer Part... Keyphrases
66
Linear Alkanes Keyphrases
66
Octadecane Keyphrases
66
Positional Isomers Keyphrases
33
Oxygen Atom Keyphrases
33
Alcohol Keyphrases
33
Thermodynamic Phase Keyphrases
33
Oxidation Products Keyphrases
33
Hydroxyl Radical Keyphrases
33
Reaction Products Keyphrases
33
Alkanes Keyphrases
33
Carbon number Keyphrases
33
Diols Keyphrases
33
Chemical Mechanism Keyphrases
33
Chain Propagation Keyphrases
33
Hydroxyl Group Keyphrases
33
Distinct Patterns Keyphrases
33
Highly Branched Keyphrases
33
Molecular Thermodyn... Keyphrases
33
Hydrogen Abstractio... Keyphrases
33
Intramolecular Isom... Keyphrases
33
Octacosanol Keyphrases
33
Alkoxy Radical Keyphrases

INIS

100
oxidation INIS
100
molecular structure INIS
100
carbon INIS
100
alkanes INIS
100
aerosols INIS
60
squalane INIS
40
particles INIS
40
molecules INIS
40
isomers INIS
40
ketones INIS
20
hydrogen INIS
20
surfaces INIS
20
atoms INIS
20
oxygen INIS
20
thermodynamics INIS
20
cleavage INIS
20
alcohols INIS
20
chains INIS
20
isomerization INIS
20
hydroxides INIS
20
diols INIS
20
hydroxyl radicals INIS
20
alkoxy radicals INIS

Chemical Engineering

100
Carbon Chemical Engineering
100
Aerosol Chemical Engineering
100
Paraffin Chemical Engineering
40
Ketone Chemical Engineering
20
Oxygen Chemical Engineering
20
Hydrogen Chemical Engineering
20
Alcohol Chemical Engineering
20
Thermodynamics Chemical Engineering
Research OutputsResearch Output authored by The influence of molecular structure and aerosol phase on the heterogeneous oxidation of normal and branched alkanes by OH is tagged with the concept