ScholarWorks@Hanyang University: Park, Jae Woo

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Park, Jae Woo (박재우)

COLLEGE OF ENGINEERING (DEPARTMENT OF CIVIL AND ENVIRONMENTAL ENGINEERING)

Research Area: 환경공학(토양, 지하수)

Tel 02-2220-1483
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Adsorption:11||Dendrimer:11||TCE:9||Activated carbon:6||adsorption:6||Nitrogen:6||Anodization:6||Photocatalyst:6||Phosphorous:5||Photocatalysis:5||Magnetite:5||Trichloroethylene:5||BTEX:4||영가철:4||TiO2:4||sorption:4||Response surface methodology:4||흡착:4||Heavy metal:4||dechlorination:4||Cadimium:3||TPH fractionation method:3||trichloroethylene:3||zero valent iron:3||Zero Valent Iron:3||질소:3||Heavy metals:3||Zerovalent iron:3||Sorption:3||Sediment:3||photocatalyst:3||Adsoption:3||Human health risk assessment:3||MTBE:3||reduction:3||Reduction:3||BNR:3||Hydroxyapatite:3||Titanium dioxide:3||nano:2||MTBE utilizing bacteria:2||Humic acid:2||Electrostatic anodization:2||Magnetic  control:2||자외선:2||Nitrate:2||pH:2||중금속:2||Hydrogen peroxide:2||지하수:2||Zeolite:2||질소수지:2||철환원균:2||ZeroValent Iron:2||Magnetic separation:2||Nitrogen Budget:2||카드뮴:2||Nitrous Oxide:2||퇴적토:2||트리클로로에틸렌:2||Nonpoint Source Pollution:2||Numerical Simulation:2||페놀:2||Cadmium:2||GC/FID:2||Shewanella algae BrY:2||환원:2||활성탄:2||Simulative Heat Pump System (SHPS):2||Cyanide:2||Geobacter  lovleyi:2||Soil:2||Coal fly ash:2||PCE:2||Graphene:2||Benzene:2||Metalmodified Zeolite:2||Carbon dioxide:2||Biodegradation:2||Stabilization:2||Iron reducing bacteria:2||Bisphenol A:2||IronReducing Bacteria:2||Stainlesssteel:2||Standing Column Well (SCW):2||Phenol:2||Microorganism:2||Ironreducing bacteria:2||Kinetic and equilibrium studies:2||TPH:2||Black Shale:2||Ferrous Iron:2||Land farming:2||Landfarming:2||Groundwater:2||hexavalent chromium:2||Ferrous iron:2||Plating wastewater:2||CO2:2||NH4+N:2||Nano:2||Toluene:2||Total petroleum hydrocarbon:2||UV:2||magnetite:2||Electricity production:2||아산화질소:2||Ultrasonic cavitation:2||Heterojunction:2||Chitosan:2||Graphene oxide:1||Green  remediation:1||Green and sustainable remediation:1||Green remediation:1||Greenhouse Gases Emission:1||Greenhouse Gases Reduction Potential:1||Greenhouse gas:1||Greenhouse gases:1||Growth inhibition:1||Handling Editor:1||Harvesting efficiency:1||Heavy  metal:1||Heterogeneous Fenton like reaction:1||Hierarchical catalyst:1||Humic Acid:1||Hybrid methods:1||Hybrid system:1||Hydrochloric acid:1||Hydrogen sulfide:1||Hydrolytic degradation:1||Immobilization:1||Impregnation:1||Insitu capping:1||Insitu treatment:1||Inhibitor:1||Intermittently aeration:1||Iron  nanotube:1||Iron oxide nanocomposite (INC):1||Iron oxide nanotube (INT):1||Iron reduction:1||LEACHN:1||LEAP 모델:1||LHOAT:1||Landfill leachate:1||Layer double hydroxide:1||Lead:1||Lead and phenol:1||Leaf litter:1||Life cycle assessment:1||Light  harvesting:1||Livestock:1||Livestock  Carcasses  Leachate:1||LongRage Energy Alternatives Planning (LEAP) Model:1||Lorentz force:1||MTBE 이용 균주:1||Maghemite:1||Magnesiumair desalination cell:1||Magnet:1||Magnetic  cored  dendrimer:1||Magnetic  nanoparticles:1||Magneticcored dendrimers:1||Magnetism:1||Magnetite  nano  particle:1||Magnetite  nano  sphere:1||Marine microalgae:1||Mass Balance:1||Mechanism:1||Mesh:1||Metalair fuel cell electrocoagulation:1||Methane emission:1||Methyl ethyl ketone:1||Methyl orange:1||Mgmodified zeolite:1||Microbe:1||Microfiltration (MF):1||Minilysimeter:1||Model:1||Modeling:1||Modified activated carbon:1||Moisture content:1||Monod equation:1||Morphorlogy:1||Mortar:1||Multi Terminal:1||Multiple  Rotating  Reference Frame  Model:1||N2O emission:1||NZVI:1||Nano zero valent iron:1||Nanoscale zero valent iron:1||Nanobubble:1||Nanobubbles:1||Nanocomposites:1||Nanomaterial:1||Nanoporous:1||Nanoscale ZeroValent Iron:1||Nanotube:1||Nanotubes:1||Natural organic matter (NOM):1||Natural zeolite:1||Neutralization:1||NiO:1||Nitrification:1||Nitrogen  doping:1||Organic acid:1||Organic pollutant:1||Organic pollutants:1||Oxygen functional group:1||Oxygen plasma treatment:1||Oyster shell:1||Ozonation:1||Ozone:1||Paranitrophenol:1||Pathogenic  microorganism:1||Pb:1||Peat:1||Performance evaluation:1||Persulfate:1||Petroleum:1||Petroleumcontaminated site:1||Phenanthrene:1||Photofenton:1||Photocatalysts:1||Photocatalytic  activity:1||Photocatalytic  reduction  of  carbon  dioxide:1||Photocatalytic degradation:1||Photocatalytic reduction:1||Photodegradation:1||Photoelectrocatalysis:1||Phthalate:1||Pipe flow:1||Pitch angle:1||Poly(Nisopropylacrylamide):1||Polycyclic aromatic hydrocarbons:1||Polylactic acid:1||Polyvinylidene fluoride (PVDF):1||Portland cement:1||Potentiostat:1||Process capability:1||Process management:1||Quantum yield:1||Radioactive cesium:1||Radioactive substitutes:1||Rapid thermal annealing:1||Reactivity  under  visible  light:1||Recirculation:1||Recycle:1||Reduced graphene oxide:1||Remediation:1||Response surface mothodology:1||Rice paddies:1||River contaminants:1||SPME:1||Safety analysis:1||Scavenger:1||Sedimentation:1||Sediments remediation:1||Self power generation:1||Sensitivity analysis:1||Shewanella alga BrY:1||Silver phosphate:1||Simultaneous adsorption:1||Slope:1||Soil temperature:1||Soil washing:1||Soil water content:1||Soil/concrete:1||Solar  energy:1||Solar radiation:1||Sorption materials:1||South Korea:1||Soybean:1||Specific surface area:1||Stainless steel mesh:1||Stainless steel:1||Stainless steel nanotubes:1||Struvite production:1||Sulfamethoxazole:1||Sulfate reducing bacteria:1||Surface  modification:1||Surface oxygen groups:1||Sustainable pathway:1||Synergistic effect:1||TPHCWG Direct Method:1||Tartaric acid:1||Temperate forest:1||Terephthalic acid:1||Terminal group:1||Thermal desorption:1||Thermosensitive:1||TiO 2:1||TiO2 nanotubes:1||Tilling:1||Titanium  dioxide:1||Titanium Dioxide:1||Titanium dioxide nanotube:1||Total Petroleum Hydrocarbon (TPH):1||UV absorbance:1||Ultrasonic:1||Ultrasonicationbased analytical process:1||Ultraviolet rays:1||Unsanitary  landfill:1||Upconverting nanoparticles:1||VOCs:1||Washing:1||Waste  characteristics:1||Wastewater:1||Wastewater  treatment:1||Water purification:1||Water splitting:1||Water treatment:1||Winter season:1||Word:1||Yesan clay:1||Zirconium dioxide:1||activated carbon:1||aggregation:1||amine:1||anaerobic  bacteria:1||anodization:1||aquaculture wastewater:1||bacteria:1||barrier:1||batch test:1||benzene:1||bio reduction:1||biodegradation:1||bioremediation:1||blade:1||cadmium:1||carboncocatalyst:1||chlorophenol:1||colloidal silica:1||cometabolism:1||compressive strength:1||concrete:1||consolidation:1||consortium:1||contaminant transport:1||contamination:1||degradation:1||degradation mechanism:1||dendrimer:1||design option:1||desorption hysteresis:1||dye wastewater:1||electroreduction:1||encapsulation:1||environmental impact assessment:1||ferrous iron:1||functionalization:1||fungi:1||generation:1||graphitic carbon nitride:1||green chemistry:1||green remediation:1||greenhouse gas:1||ground water:1||heavy metal:1||heavy metals:1||hematite:1||heterojunction:1||high  precision  flow  meter:1||hydraulic retention time (HRT):1||impregnation:1||in situ capping:1||iron monosulfide:1||iron particles:1||iron reducing:1||iron reducing bacteria:1||ironreducing consortium:1||laccase:1||landfill expansion:1||leachate management:1||leaching:1||life cycle assessment (LCA):1||liner system:1||manganese oxide:1||microalgae:1||mixed microbial culture:1||monitoring:1||nZVI:1||nanocomposite:1||nanoparticles:1||nanotube:1||natural organic matter:1||nitrate:1||numerical model:1||numerical models:1||numerical simulation:1||oxidative coupling:1||oxidized iron:1||p n junction:1||partition coefficients:1||peat:1||perchlorate:1||performance evaluation:1||permeable reactive barrier:1||permeation grouting:1||petroleum:1||phenanthrene:1||phosphate:1||photoFenton:1||photocatalytic degradation:1||polyethylene glycol (PEG) polymer:1||precipitaion:1||precipitation:1||pulsed ultraviolet irradiation:1||reductive  dechlorination:1||reuse:1||reverse osmosis:1||soil remediation:1||surfactants:1||sustainability:1||tetrachloroethylene:1||thiol groups:1||tire powder:1||titration:1||toluene:1||trichloroethylene (TCE):1||unsaturated soil:1||vapor:1||volatile organic compounds:1||waste leaves:1||wastewater:1||water treatment:1||whiterot fungi:1||zerovalent iron:1||zinc oxide:1||건기조건:1||고도산화 공정:1||고체상미량추출법:1||과산화수소:1||관내유수:1||광촉매:1||기준안전율:1||나노:1||나노기포:1||나노튜브:1||날개 각도:1||농업:1||대한민국:1||덴드리머:1||동역학적 흡착과 흡착평형연구:1||멀티터미널:1||메틸에틸케톤:1||모델링:1||모르타르:1||모의지열펌프시스템(SHPS):1||미생물:1||미생물 부착:1||반응표면분석법:1||벤젠:1||블레이드:1||비점오염:1||비점오염원:1||사면:1||생물막 담체:1||생물반응기:1||생분해:1||석탄회:1||수리전도도:1||수산화 인회석:1||수지:1||스탠딩컬럼웰(SCW):1||시너지 효과:1||안정해석:1||안정화:1||양극산화:1||연계 공정:1||염화유기용제:1||오염토양:1||오존:1||온실가스 배출량:1||온실가스 잠재량:1||이산화탄소:1||인:1||일정전위기:1||자가발전:1||자성:1||자연탈질:1||재사용:1||정화:1||중화:1||질산성 질소:1||질산염:1||초음파:1||초음파 캐비테이션:1||총탄화수소:1||축산업:1||친 이산화탄소 흡착제:1||침전:1||칼럼:1||토양:1||톨루엔:1||트리클로로에틸린:1||티타늄 다이옥사이드:1||프탈레이트:1||피트:1||하천오염:1||함침:1||화학사고:1||황화수소:1||황환원균:1||휴믹산:1||흑색 셰일:1||16S rRNA:1||흡착제:1||2가 산화철:1||2가철:1||AOPs:1||Absorbent:1||Acid washing:1||Adsorption effect:1||Advanced oxidation processes:1||Advection:1||Agriculture:1||Agriculture and environment:1||Air treatment:1||Aliphatic fractions:1||Alveoli catalyst:1||Amine:1||Amine  functional  group:1||Ammonia:1||Amphoteric adsorbent:1||Anaerobic:1||Anode dissolution:1||Antibacterial:1||Aromatic fractions:1||Artificial  neural  network:1||Bacillus:1||Bacillus sp.:1||Bacillus spp:1||Bacterial adhesion:1||Bandgap tuning:1||Barriers:1||Bentonite:1||Benzoic acid:1||Bi2WO6:1||Binding configuration:1||Biomedia material:1||Bioaccumulation:1||Biochar:1||Biodegradable:1||Bioreactor:1||Blade:1||CHANG MIN PARK:1||CO2  philic  sorbent:1||CO2 capture:1||CO2 philic adsorbents:1||Cadmium sulfide:1||Carbon nanotubes (CNT):1||Carbonsubstrates:1||Carboxymethyl chitosan:1||Cast iron:1||Cd(II):1||Charge recombination:1||Chemical accidents:1||Chemical oxidation:1||Chitosan  derivative:1||Chlorinated Solvents:1||Chromium:1||Civil &:1||Colony forming unit:1||Column:1||Composites:1||Computational  Fluid  Dynamics:1||Concrete:1||Consolidation:1||Contaminant Transport:1||Contaminated land management:1||Contaminated sediments:1||Contaminatedsoil:1||Control chart:1||Copper:1||Core@shell:1||Cr(VI) removal:1||Crystal orientation:1||Dechlorination:1||Dendrimers:1||Denitrification:1||Density functional theory:1||Diffusion:1||Direct hydride reduction:1||Dry condition:1||Dye:1||Dynamic control chart:1||E. coli:1||Eisenia fetida:1||Electrocoagulation:1||Electron transfer:1||Electron transport layer:1||Energy  harvesting:1||Entrapment:1||Environmental  assessment:1||Environmental Engineering:1||Environmental impact assessment:1||Environmental remediation:1||Factor of safety:1||Fenton:1||Fenton  process:1||Fenton oxidation:1||Fenton process:1||Ferric iron:1||Ferrozine method:1||Fertilizer:1||Figure of merit:1||Firing range soil:1||Fluorinedoped tin oxide:1||Fly ash:1||Footprint  analysis:1||Footprint analysis:1||Fuel cell:1||Fulvic acid:1||Generation growth:1||Geobacter lovleyi:1||Global warming:1||

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