Optimization of the dielectric and optical parameters of 1,2,4-oxadiazole ferroelectric mesophase with the suspension of PVP capped gold nanoparticles

Chemical Compounds

• 1,2,4-oxadiazole 91%
• Mesophase 67%
• Liquid Crystal 58%
• Dielectric Material 55%
• Gold Nanoparticle 52%
• Suspension 49%
• Permittivity 20%
• Relaxation Frequency 14%
• Electromagnetic Field 11%
• Probe 11%
• Photoluminescence Spectrum 8%
• Crystalline Texture 8%
• Surface Plasmon Resonance 8%
• Absorption Spectrum 6%
• Charge Transfer 6%
• Purity 4%
• Composite Material 4%
• Molecule 3%

Engineering & Materials Science

• Gold nanoparticles 100%
• Ferroelectric materials 83%
• Liquid crystals 70%
• Permittivity 15%
• Photoluminescence 12%
• Surface plasmon resonance 12%
• Density (optical) 12%
• Optical waveguides 11%
• Optical devices 10%
• Charge transfer 10%
• Optical sensors 9%
• Electromagnetic fields 8%
• Molecules 7%
• Relaxation 7%
• Skin 6%
• Telecommunication networks 6%
• Textures 6%
• Display devices 6%
• Fabrication 5%
• Composite materials 4%
• Temperature 3%

Physics & Astronomy

• liquid crystals 49%
• gold 49%
• nanoparticles 42%
• optimization 41%
• matrices 14%
• permittivity 12%
• communication networks 11%
• probes 10%
• optical density 10%
• optical measuring instruments 10%
• surface plasmon resonance 8%
• optical waveguides 8%
• low concentrations 8%
• charge transfer 7%
• textures 7%
• electromagnetic fields 7%
• alignment 7%
• photoluminescence 6%
• low frequencies 6%
• composite materials 5%
• fabrication 5%
• molecules 4%
• performance 3%
• temperature 2%