Engineering superior toughness in commercially viable block copolymer modified epoxy resin

Physics & Astronomy

• tetrahydrofuran 87%
• ethylene oxide 82%
• block copolymers 76%
• epoxy resins 70%
• toughness 69%
• engineering 48%
• fracture strength 43%
• molecular weight 41%
• hardeners 32%
• strain energy release rate 31%
• worms 29%
• bisphenols 28%
• amines 25%
• micelles 23%
• curing 23%
• resins 21%
• coronas 21%
• copolymers 21%
• glass transition temperature 20%
• monomers 20%
• plastics 16%
• formulations 15%
• thermodynamics 14%
• mechanical properties 14%
• transmission electron microscopy 14%
• products 13%
• microstructure 12%
• scattering 11%
• x rays 9%
• performance 9%

Engineering & Materials Science

• Block copolymers 90%
• Epoxy resins 69%
• Toughness 61%
• Butenes 48%
• Oxides 33%
• Thermosets 32%
• Molecular weight 29%
• Fracture toughness 23%
• X ray scattering 20%
• Micelles 19%
• Trademarks 17%
• Amines 15%
• Monomers 15%
• Energy release rate 15%
• Glass transition 14%
• Superconducting transition temperature 14%
• Strain energy 14%
• Transparency 13%
• Transmission electron microscopy 13%
• Resins 11%
• Thermodynamics 11%
• Plastics 9%
• Microstructure 8%
• Chemical analysis 8%
• Mechanical properties 8%
• Industry 5%

Chemical Compounds

• Epoxy Resin 63%
• Block Copolymer 53%
• Butene 38%
• Poly(ethylene) 37%
• Oxide 35%
• Fracture Toughness 29%
• Strain Energy 16%
• Weight 14%
• Diblock Copolymer 13%
• Transparency 13%
• Small Angle X-Ray Scattering 12%
• Curing 12%
• Glass Transition Temperature 10%
• Additive 8%
• Microstructure 8%
• Transmission Electron Microscopy 8%
• Amine 8%
• Thermodynamics 8%
• Monomer 7%
• Volume 7%
• Modification 7%
• Reduction 5%
• Application 4%