Catalytic degradation of a carbon fibre reinforced polymer for recycling applications

Physics & Astronomy

• recycling 89%
• acetone 88%
• carbon fibers 85%
• reaction time 61%
• degradation 59%
• epoxy resins 56%
• cyclic compounds 48%
• polymers 45%
• water 44%
• organic liquids 34%
• gas chromatography 33%
• amines 30%
• metal ions 28%
• cleavage 27%
• chlorides 26%
• mass spectroscopy 25%
• low concentrations 25%
• reaction kinetics 23%
• infrared spectroscopy 23%
• acids 23%
• temperature 23%
• recovery 21%
• decomposition 19%
• activation energy 19%
• fibers 14%
• matrices 14%
• metals 13%

Engineering & Materials Science

• Acetone 100%
• Recycling 77%
• Carbon fibers 73%
• Polymers 57%
• Epoxy resins 56%
• Degradation 54%
• Water 42%
• Metal ions 37%
• Infrared spectroscopy 35%
• Mass spectrometry 33%
• Gas chromatography 32%
• Temperature 31%
• Amines 31%
• Sodium hydroxide 30%
• Reaction kinetics 29%
• Activation energy 27%
• Acids 23%
• Derivatives 21%
• Decomposition 18%
• Fibers 17%
• Recovery 17%
• Liquids 17%
• Metals 16%

Chemistry

• Reinforced Plastic 96%
• Carbon Fiber 72%
• Recycling 71%
• Acetone 61%
• Epoxy Resin 51%
• Cyclic Compound 33%
• Solvent Mixture 27%
• Application 24%
• Solvent 24%
• Lewis Acid 23%
• Gas Chromatography 21%
• Time 18%
• Reaction Activation Energy 18%
• Cleavage 18%
• IR Spectroscopy 18%
• Additive 17%
• Mass Spectrometry 17%
• Decomposition 16%
• Amine 16%
• Fiber 16%
• Metal Ion 16%
• Chloride 15%
• Pressure 15%
• Liquid 14%
• Reduction 11%
• Metal 11%
• Mixture 11%