ScholarWorks@Korea University: Lee, Jae sang

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Lee, Jae sang (이재상)

College of Engineering (School of Civil, Environmental and Architectural Engineering)

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Tel 02-3290-4864
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Sulfate radical:7||Peroxymonosulfate activation:5||Electron transfer:4||Singlet oxygen:4||Organic pollutant:3||Nanodiamond:3||Nonradical mechanism:3||Persulfate activation:3||Visible light:3||Oxidation:3||Hydroxyl radical:3||hydrogen peroxide:2||Peroxymonosulfate:2||Mediated electron transfer:2||Water purification:2||Radical:2||Electrospinning:2||Anodic oxidation:2||Selfdoped TiO2 nanotube array:2||Organic contaminants:2||Photocatalyst:2||Photocatalytic oxidation:2||Photocatalysis:2||Persulfate:2||Microplastics:2||highvalent metal species:2||Metalcarbon composite:1||Borondoped diamond electrode:1||Antibacterial:1||Photosensitizer:1||Titanium phosphate:1||Photosensitized degradation:1||Tandem mass spectrometry:1||Remote oxidation:1||Water treatment:1||Highvalent cobalt:1||Mechanistic controversy:1||Surface binding affinity:1||Magne & PRIME:1||Heat activation:1||nickelbased catalyst:1||C60 fullerene:1||Remote disinfection:1||Electrochemical water treatment:1||Surface complex:1||Titanium dioxide:1||Periodate activation:1||Dye sensitization:1||Substrateimmobilized TiO2 nanofibers:1||Alginate bead:1||Sorption:1||Fate and transport:1||Visible light activity:1||Titania nanotube arrays:1||OH radicals:1||Cobalt complexation:1||singlet oxygen:1||Hydrogen peroxide:1||Bicarbonate:1||Allinone filter:1||Multipollutants:1||Catalyst:1||Ni:1||descriptor:1||Realtime morphological detection:1||Thin film:1||li phases:1||Targeted cancer chemotherapy:1||Metalorganic framework:1||Peroxydisulfate:1||Carbon encapsulation:1||Photosensitized oxidation:1||Resistive heating:1||RuO2:1||Metal nanoparticles:1||Organic matter characteristics:1||Targeted removal:1||Electrospraying:1||TiO2 nanoparticles:1||Graphitized nanodiamonds:1||Highvalent iron:1||Nonradical persulfate activation:1||Photoelectrochemical oxidation/reduction:1||Symmetric electrode system:1||Damkohler number:1||Thermal annealing:1||Carbonencapsulated iron:1||Photooxidation:1||Sbdoped SnO2:1||Oxygen evolution reaction:1||Hematoporphyrin:1||Microcystins:1||pH:1||Regeneration:1||Toxicity evaluation:1||Nanoscale palladium/zerovalent iron:1||Electron transfermediating capacity:1||Biogenic sulfidated iron:1||Peroxide activation:1||Electrontransfer mediation:1||titanium dioxide nanoparticles:1||humic acid:1||Sand filtration:1||chlorine evolution reaction:1||Fe oxide:1||TiO2:1||Non radical oxidation:1||Microfluidics:1||Charge transfer resistance:1||Boron doped diamond:1||Anionic nucleophiles:1||PMSanion complexation:1||nanoconfinement:1||Fullerene C60:1||Photoelectrochemical:1||Silane coupling agent:1||Photodegradation:1||Sand:1||Carbon nanotube:1||Poly(vinylidene fluoride) nanofibers:1||Inorganic oxidant:1||Alternative electron acceptor:1||Peroxydisulfate activation:1||Nonradical:1||Inverse opal structure:1||Band structure:1||Refractory organic pollutant:1||Red mud:1||metal−support interaction:1||oxyanionactivation:1||Switch in primary persulfate activation mechanism:1||Ligandtometal charge transfer (LMCT):1||Advanced oxidation process (AOP):1||Visible light responsive sensitizer:1||Pharmaceuticals:1||Natural organic matter:1||Cathodisation:1||Phenol:1||Surface affinity:1||Sulfatereducing bacteria:1||Catalytic oxidation:1||hydroxyl radical:1||ligandtometal charge transfer (LMCT):1||visible light:1||Breakthrough curve:1||Radiation:1||Mineralization:1||Differential interference contrast microscopy:1||Electrochemical oxidation:1||electron transfer:1||ferrate activation:1||nonradical oxidation:1||Reactive oxidant species:1||Chemical stability:1||Rose bengal:1||Peroxotitania:1||TiO2 nanoparticle:1||Nonradical mechanism:1||Organic compounds:1||Paperlike photocatalyst:1||Pharmaceutical compounds:1||Dark aerobic reaction:1||periodate:1||electrochemical production:1||Fixedbed column:1||water treatment:1||Biochar:1||Ti3+selfdopedTiO2:1||Primary degradative pathway transition:1||Lowtemperature modification:1||Protein phosphatase inhibition:1||2,4,6Trichlorophenol:1||Trichlorophenol:1||Charge separation:1||Electrochromism:1||Ferrousoxalate complexes:1||Enhanced recyclability:1||Surface hydrogenation:1||Tungsten oxide:1||Sensitivity analysis:1||Sulfamethoxazole:1||Static and Flow conditions:1||Longterm stability:1||Acid orange 7:1||substratespecificreactivity:1||

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