New insights into dopant design for graded-index plastic optical fibers for transmission at 850 nm

Physics & Astronomy

• plastic fibers 86%
• optical fibers 50%
• polymers 39%
• acrylates 27%
• styrenes 25%
• sulfides 23%
• chlorine 23%
• compatibility 22%
• glass transition temperature 21%
• light scattering 19%
• thermodynamic properties 18%
• attenuation 17%
• refractivity 15%
• optical properties 14%
• molecules 11%
• wavelengths 10%

Engineering & Materials Science

• Plastic optical fibers 100%
• Doping (additives) 74%
• Polymers 39%
• Light scattering 19%
• Refractive index 17%
• Optical properties 16%
• Chlorine 16%
• Sulfides 15%
• Glass transition 15%
• Styrene 15%
• Superconducting transition temperature 14%
• Molecules 13%
• Thermodynamic properties 12%
• Wavelength 11%

Chemical Compounds

• Doping Material 58%
• Diphenyl Sulfide 20%
• Base Material 16%
• Refractive Index 12%
• Light Scattering 12%
• Acrylate 12%
• Chlorine 11%
• Glass Transition Temperature 11%
• Optical Property 9%
• Wavelength 9%