A study of hysteresis and bistability in a polymer stabilised nematic liquid crystal using paramagnetic resonance and electro-optical studies

Engineering & Materials Science

• Nematic liquid crystals 100%
• Paramagnetic resonance 79%
• Hysteresis 55%
• Polymers 42%
• Light transmission 37%
• Liquid crystals 37%
• Interfacial energy 36%
• Polymerization 32%
• Spectroscopy 32%
• Thermal energy 28%
• Resins 26%
• Magnetic fields 25%
• Temperature 23%

Chemical Compounds

• Nematic Phase 66%
• Hysteresis 57%
• EPR Spectroscopy 51%
• Resonance 46%
• Optical Transmission 39%
• Interfacial Energy 28%
• Energy 27%
• Magnetic Field 27%
• Liquid Crystal 27%
• Mixture 25%
• Time 21%
• Polymerization Reaction 17%
• Weight 15%
• Purity 14%
• Surface 9%

Physics & Astronomy

• paramagnetic resonance 78%
• clearing 76%
• liquid crystals 45%
• hysteresis 45%
• polymers 34%
• electron paramagnetic resonance 26%
• binary systems (materials) 19%
• thermal energy 15%
• resins 14%
• compatibility 14%
• surface energy 13%
• polymerization 13%
• alignment 11%
• temperature 8%
• energy 8%
• spectroscopy 7%
• magnetic fields 7%