Proposal of novel temperature-independent Zero–Zero-birefringence polymer with high heat-resistance

Engineering & Materials Science

• Birefringence 100%
• Heat resistance 68%
• Polymers 49%
• Temperature 27%
• Display devices 20%
• Strength of materials 14%
• Transparency 9%
• Flexible displays 6%
• Copolymerization 6%
• Polymer films 6%
• Glass transition 5%
• Superconducting transition temperature 4%
• Tensile strength 3%
• Color 3%
• Chemical analysis 2%

Chemical Compounds

• Birefringence 80%
• Transparency 17%
• Strength 16%
• Heat 12%
• Haze 11%
• Resistance 10%
• Transmittance 8%
• Liquid Film 8%
• Tensile Strength 7%
• Glass Transition Temperature 7%
• Copolymerization 6%