Alteration of π-Electron Distribution to Induce Deagglomeration in Oxidized Polar Aromatics and Asphaltenes in an Aged Asphalt Binder

Engineering & Materials Science

• Asphaltenes 100%
• Graphene oxide 85%
• Electrons 79%
• Asphalt 78%
• Binders 73%
• X ray diffraction 38%
• Molecules 38%
• Hydrocarbons 34%
• Density functional theory 29%
• Molecular structure 25%
• Animals 19%
• Resins 17%
• Oxidation 17%
• Agglomeration 17%
• Crude oil 16%
• Aging of materials 15%
• Experiments 7%

Earth & Environmental Sciences

• asphaltene 91%
• asphalt 89%
• electron 55%
• oxide 44%
• X-ray diffraction 30%
• distribution 28%
• hydrocarbon 27%
• animal waste 26%
• stacking 19%
• resin 17%
• spacing 16%
• laboratory experiment 16%
• electronics 16%
• penetration 16%
• petroleum 15%
• disturbance 13%
• oxidation 12%
• calculation 10%
• chemical 9%
• evaluation 9%
• modeling 8%
• material 7%
• effect 4%

Chemical Compounds

• Binding Agent 69%
• Hydrocarbon 56%
• Molecular Association 52%
• Electron Configuration 48%
• X-Ray Diffraction 38%
• Petroleum 35%
• Dissociation 28%
• Molecule 27%
• Molecular Structure 27%
• Amorphous Material 27%
• Force 26%
• Pore 25%
• Density Functional Theory 24%
• Oxidation Reaction 17%
• Application 12%