Controlling thermomechanical behavior of semicrystalline hydrogenated polynorbornene through the cis- to trans-cyclopentylene ratio

Chemical Compounds

• Enthalpy of Melting 100%
• Yield Point 88%
• Young's Modulus 81%
• Hydrogenation 56%
• Ring Opening Metathesis Polymerisation 47%
• Epimerization 45%
• Drop 33%
• Glass Transition Temperature 32%
• Melting Point 31%
• Ambient Reaction Temperature 21%
• Catalyst 15%

Engineering & Materials Science

• Hydrogenation 38%
• Polymorphism 38%
• Temperature 30%
• Yield stress 27%
• Ring opening polymerization 27%
• Elastic moduli 25%
• Glass transition 17%
• Superconducting transition temperature 16%
• Melting point 16%
• Enthalpy 15%
• Crystals 15%
• Melting 14%
• Catalysts 13%
• Polymers 11%

Physics & Astronomy

• hydrogenation 33%
• rings 31%
• metathesis 25%
• modulus of elasticity 24%
• temperature dependence 19%
• configurations 16%
• melting points 14%
• polymerization 14%
• glass transition temperature 14%
• catalysts 14%
• enthalpy 13%
• melting 11%
• temperature 9%
• polymers 8%
• room temperature 8%
• crystals 7%