Effects of Blending Tobacco Lignin with HDPE on Thermal and Mechanical Properties

Physics & Astronomy

• lignin 100%
• tobacco 98%
• polyethylenes 60%
• thermodynamic properties 54%
• mechanical properties 44%
• injection molding 13%
• plastics 8%
• extruding 8%
• fossil fuels 8%
• crude oil 6%
• tensile tests 5%
• pellets 5%
• compatibility 5%
• fillers 5%
• tensile strength 5%
• depletion 4%
• manufacturing 4%
• interactions 4%
• physical properties 4%
• costs 4%
• microscopy 3%
• scanning electron microscopy 3%
• composite materials 3%
• polymers 3%
• performance 2%

Engineering & Materials Science

• Tobacco 92%
• Lignin 83%
• High density polyethylenes 79%
• Thermodynamic properties 62%
• Mechanical properties 43%
• Injection molding 11%
• Plastics 8%
• Optical microscopy 6%
• Byproducts 5%
• Fourier transforms 5%
• Fossil fuels 5%
• Environmental impact 5%
• Fillers 5%
• Physical properties 4%
• Infrared radiation 4%
• Crude oil 4%
• Elastic moduli 4%
• Powders 4%
• Tensile strength 4%
• Scanning electron microscopy 4%
• Polymers 4%
• Composite materials 3%
• Hot Temperature 2%
• Costs 2%

Chemical Compounds

• Lignin 66%
• Pulping 7%
• Fossil Fuel 6%
• Percent Reduction 6%
• Byproduct 5%
• Petroleum 5%
• Intermolecular Force 4%
• Filler 4%
• Tensile Strength 4%
• Fourier Transform Infrared Spectroscopy 3%
• Application 1%