Novel polymer optical fibers with high mass-loading g-C₃N₄ embedded metamaterial porous structures achieve rapid micropollutant degradation in water

Engineering & Materials Science

• Plastic optical fibers 100%
• Metamaterials 79%
• Photocatalysts 76%
• Degradation 46%
• Water 36%
• Surface scattering 27%
• Fabrication 24%
• Light scattering 23%
• Acetone 21%
• Potable water 21%
• Vapor pressure 20%
• Structural integrity 17%
• Optical fibers 17%
• Irradiation 17%
• Permittivity 16%
• Mass transfer 14%
• Temperature 6%

Chemical Compounds

• Surface Scattering 56%
• Environmental Pollutant 55%
• Saturated Vapour 45%
• Fiber 42%
• Porosity 38%
• Drinking Water 34%
• Vapor Pressure 33%
• Degradation Rate 32%
• Light Scattering 30%
• Dielectric Constant 30%
• Light Irradiation 29%
• Mass Transfer 27%
• Acetone 26%
• Suspension 26%
• Ambient Reaction Temperature 18%

Earth & Environmental Sciences

• micropollutant 79%
• polymer 51%
• fiber 49%
• reactor 46%
• degradation 43%
• slurry 21%
• water 20%
• pollutant degradation 16%
• light attenuation 15%
• light scattering 12%
• acetone 12%
• loss 11%
• mass transport 11%
• vapor pressure 11%
• irradiation 10%
• dosage 9%
• water depth 9%
• drinking water 8%
• pollutant 6%
• exposure 6%
• temperature 4%
• rate 3%