ScholarWorks@Hanyang University ERICA Campus: LEE, YONG WOO

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LEE, YONG WOO (이용우)

COLLEGE OF ENGINEERING SCIENCES (DEPARTMENT OF ENERGY AND BIO SCIENCES)

Research Area: 환경분석

Tel 031-400-5508
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GrunwaldWinstein equation:5||Irgarol 1051:4||TiO2:3||Chlorothalonil:3||Korean coasts:3||Dichlofluanid:3||Seawater:3||ecotoxicity:2||shortcut biological nitrogen removal:2||electronic wastewater:2||Photocatalyst:2||free ammonia:2||Photocatalytic:2||Solvent isotope effect:2||Solvolysis:2||Piggery wastewater:2||Immobilized Pellet:2||water:2||lead:2||SuzukiMiyaura reactions:2||manufactured nanomaterial:2||Anaerobic digestion:2||Raphidocelis subcapitata:2||TextileDyeing Wastewater:2||Marine sediments:2||Packed Bed Reactor:2||Food waste:2||NDMA:2||Hardly Biodegradation:2||reusable catalysts:2||Heavy metal:2||dissolved oxygen:2||Leaving group effect:2||Biodegradation:1||Biodiesel:1||Bioevaperation:1||Biogas:1||Butyltin compound:1||Butyltin compounds:1||CH4:1||CH4 adsorption:1||CO2 ADSORPTION:1||CO2 adsorption:1||CO2 stripper:1||CO2/N2:1||CO2/N2 and CH4/N2 separation:1||Calcification:1||Calcium:1||Calcium removal:1||Cellimmobilized carrier:1||Codigestion:1||Cobalt oxide:1||Coffee:1||Crab shellderived carbon:1||Cu:1||Denitrification:1||Ecotoxicity:1||Electric wastewater:1||Electrochemical storage:1||Electronics Wastewater Reuse:1||Electronics wastewater:1||Ethyleneglycol:1||FIXEDBED ADSORPTION:1||Factor analysis:1||Fe precipitates:1||Fermentation:1||Fish:1||GASADSORPTION:1||Grunwaldwinstein equation:1||Harbor:1||Harbours:1||Hexavalent chromium:1||Highly concentrated organic wastewater:1||Hollow Bead:1||Hydraulic retention time:1||Hydraulic retention time (HRT):1||Hydrodynamic cavitation:1||Hydrogen:1||IPA:1||Immobilizedcell process:1||Ionization pathway:1||Kinetic parameters:1||Korea:1||Korea coast:1||Korean coastline:1||Lifecycle analysis:1||Low concentrated organics:1||LowMolecularWeight (LMW) Compounds:1||Lowstrength electronic wastewater:1||METALORGANIC FRAMEWORK:1||Media:1||Melt blending:1||Membrane:1||Membrane bioreactor:1||Mesoporous:1||Metabolic heat:1||Methane:1||Methyl fluoroformate:1||Methylmercury:1||Microalgae:1||Microfiltration:1||Modeling:1||Mycobacterium:1||Ndoped carbon:1||NITROGEN:1||Nanocomposite:1||Nanotubular:1||Naphthyl chloroformates:1||Nitrification:1||Nitrogen:1||Operational factors:1||Organics removal:1||Organoclay:1||PEG Carrier:1||PNIPAMhalloysite nanocomposite:1||PNIPAM:4VP copolymers:1||Pd nanoparticles:1||Perchloratereducing bacteria (PCRB):1||Phenyl fluorothionoformate:1||Phosphorus:1||Phosphorus uptake:1||Photoelectrochemical water splitting:1||Polyethyleneoctene elastomer (POE):1||Pseudomonas balearica:1||Pyrrolidinone:1||Reduction:1||Remediation:1||SEANINE 211:1||SEPARATION:1||SRT:1||Seed crystallization:1||Semiconductorsensitized solar cell:1||Shellfish:1||Shewanella putrefaciens:1||Shihwa lake:1||Simultaneous perchlorate and nitrate reduction:1||Sodium inhibition:1||Sputtering:1||Supercapacitor:1||Supercritical gasification:1||TBT:1||TCMTB:1||TGGE Technique:1||TMAH:1||Thiophene:1||TiO2 membrane:1||TiO2/ZnO heterojunction:1||Tidal flat:1||TitaniumPeroxy Gel:1||Toxicity identification evaluation:1||Trace elements:1||UASB:1||VFA:1||Wastewater reuse:1||Xenobiotics:1||Zn:1||activated sludge clarification:1||alternative antifouling agents:1||anodization:1||antimonate:1||antimonite:1||antimony removal:1||biodegradable:1||candidate division TM7:1||cell count method:1||chlorophyll fluorescence method:1||chlorothalonil:1||coagulation:1||contamination routes:1||copper:1||delayed fluorescence method:1||dibutyltin:1||dichlofluanid:1||disinfectant:1||dispersion:1||dissolved air flotation (DAF):1||downflow sludge blanket:1||dynamic filtration:1||fourstage Bardenpho:1||heavy metals:1||highstrength ammonium wastewater:1||hybrid biofilm reactor:1||hydraulic retention time:1||industrial complex:1||kinetic parameters:1||linerboard wastewater:1||lowmolecularweight (LMW) compounds:1||maximum specific substrate utilization rate:1||membrane:1||membrane bioreactor (MBR):1||membrane processes:1||microbubble:1||mobilization:1||monobutyltin:1||nitrite accumulation:1||oxalic acid:1||palladium nanoparticles:1||photocatalytic media:1||remediation:1||reuse:1||reverse osmosis (RO):1||sea water:1||seawater:1||semiconductor:1||soil:1||solgel method:1||soluble diiron monooxygenase:1||soybean:1||specific denitrification rate:1||succinic acid:1||tButyl fluoroformate:1||tributyltin:1||waste emissions:1||water treatment:1||zinc:1||갯벌:1||고정상반응기:1||난분해성 유기물질:1||디크로프루아니드:1||부틸주석화합물:1||섬유염색폐수:1||이르가롤 1051:1||크로로타로닐:1||포괄고정화담체:1||1,4Dioxane:1||한국:1||1,4Dioxanedegrading bacterial consortia:1||1Adamantylmethyl haloformates:1||2Methyl2chloroadamantane:1||ACTIVATED CARBON:1||AQUEOUSSOLUTION:1||Accumulation:1||Activated carbon:1||Activation volume:1||AdditionElimination:1||Additionelimination:1||Additionelimination:1||Afipia:1||Algae:1||Alkyl haloformate esters:1||Alternative antifouling agents:1||Alternative antifouling compounds:1||Ammonia inhibition:1||Ammonia stripping:1||Anaerobic:1||Anatase:1||Anodization:1||Anodized:1||Anodized photocatalytic metal membrane reactor:1||Anoxic:1||Antifouling agents:1||Antifouling substances:1||Areal capacitance:1||Atomic layer deposition:1||Autotrophic perchlorate reduction:1||Azospira sp PMJ:1||BNR:1||Biodegradable volatile solids:1||

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