Bio-based composite fibers from pine essential oil and PLA/PBAT polymer blend. Morphological, physicochemical, thermal and mechanical characterization

Ingeniería y ciencia de los materiales

• Essential oils 100%
• Polymer blends 87%
• Butenes 76%
• Fourier transform infrared spectroscopy 51%
• Differential scanning calorimetry 46%
• Fibers 42%
• Composite materials 35%
• Scanning electron microscopy 32%
• Biodegradable polymers 31%
• Hot Temperature 29%
• Tenacity 28%
• Lactic acid 28%
• Mechanical properties 26%
• Solubility 22%
• Crystallization 22%
• Polyesters 21%
• Rigidity 20%
• X ray diffraction 20%
• Extrusion 19%
• Elasticity 19%
• Elongation 19%
• Plastics 15%

Física y astronomía

• terephthalate 87%
• butenes 80%
• polymer blends 72%
• fiber composites 71%
• oils 55%
• characterization 34%
• infrared spectroscopy 27%
• heat measurement 27%
• lactic acid 21%
• formulations 21%
• mechanical properties 20%
• scanning electron microscopy 20%
• scanning 19%
• polyesters 17%
• fibers 17%
• rigidity 15%
• compatibility 15%
• elongation 14%
• flexibility 13%
• solubility 13%
• modulus of elasticity 12%
• interactions 12%
• plastics 11%
• crystallization 11%
• elastic properties 11%
• damage 11%
• causes 9%
• polymers 9%
• diffraction 8%
• x rays 6%

Química

• Essential Oil 61%
• Butene 60%
• Fiber 39%
• Reflection 32%
• Composite Material 30%
• Differential Scanning Calorimetry 29%
• Scanning Electron Microscopy 24%
• Fourier Transform Infrared Spectroscopy 23%
• Elongation at Break 21%
• Young's Modulus 21%
• Extrusion 20%
• Carbonyl Group 18%
• Polyester 18%
• Chitosan 16%
• Flexibility 16%
• Compound Mobility 15%
• Crystallization 14%
• Solubility 13%
• Environment 11%
• X-Ray Diffraction 10%