Investigation of high-density polyethylene pyrolyzed wax for asphalt binder modification: Mechanism, thermal properties, and ageing performance

Engineering & Materials Science

• Thermal aging 68%
• Waxes 65%
• High density polyethylenes 64%
• Asphalt 54%
• Thermodynamic properties 50%
• Binders 50%
• Vapors 14%
• Gas chromatography 13%
• Fourier transform infrared spectroscopy 13%
• Hot Temperature 13%
• Chemical properties 12%
• Spectroscopy 12%
• Temperature 10%
• Pyrolysis 10%
• Nitrogen 10%
• Gases 9%
• Gravimetric analysis 7%
• Ovens 6%
• Asphalt pavements 6%
• Polymerization 6%
• Differential scanning calorimetry 6%
• Melting point 5%
• Thermodynamic stability 5%
• Oxidation 4%
• Characterization (materials science) 4%
• Aging of materials 4%
• Degradation 3%
• Chemical analysis 3%

Business & Economics

• Thermal Properties 100%
• Polyethylene 70%
• Spectroscopy 57%
• Temperature 43%
• Gas 37%
• Pyrolysis 26%
• Infrared 26%
• Fourier Transform 25%
• Nitrogen 24%
• Performance 20%
• Chemical Composition 15%
• Polymerization 14%
• Pavement 13%
• Process Parameters 12%
• Oxidation 11%
• Selectivity 10%
• Conditioning 9%
• Degradation 9%
• Characterization 7%

Earth & Environmental Sciences

• asphalt 62%
• wax 61%
• residence time 14%
• FTIR spectroscopy 11%
• gas chromatography 10%
• pyrolysis 9%
• chemical property 9%
• spectroscopy 9%
• gas 8%
• temperature 8%
• reactor 7%
• nitrogen 6%
• oven 5%
• pavement 5%
• loss 5%
• calorimetry 5%
• polymerization 5%
• conditioning 5%
• chemical composition 4%
• melting 4%
• oxidation 3%
• degradation 3%
• exposure 3%
• analysis 2%
• effect 2%
• parameter 1%