ScholarWorks@Kumoh: Kim, Tae Oh

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Kim, Tae Oh (김태오)

College of Engineering (Department of Environmental Engineering)

Research Area: 대기오염방지공학, 에어로졸공학

Tel +82-54-478-7634
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Odor:3||Dyesensitized solar cell:3||XRD:3||aerosol:3||Photocatalysts:3||Ultrasonication:3||VOCs:3||raynoise modeling:2||barriers:2||influential sphere:2||silica:2||Industrial complex:2||LEAP Model:2||PM2.5:2||SEM:2||TiO2:2||Polyethylene glycol:2||관리방안:2||TiO2 powder:2||Polymer:2||전자산업단지:2||PMF:2||Charge recombination:2||GCPID:2||Solgel method:2||Management plan:2||Source:2||Sulfur compounds:2||electronic industrial complex:2||Surface area:2||Dye sensitized solar cell:2||prediciting equation:2||Photodegradation:2||railway noise:2||TO14:2||Cu electrodes:1||Cu/N doped TiO2:1||Cu/Ndoped mesoporous TiO2:1||CuO nanoparticles:1||DQ:1||DSSC:1||Daily variation:1||Dehydrogenation:1||Diesel locomotive engine:1||Dilution tunnel:1||Distribution:1||Dye‐Sensitized Solar Cell:1||Dye absorption:1||Dye loading:1||Electrolysis:1||Electron transfer:1||Electrostatic precipitator:1||Emission:1||Emission source:1||Environment estimation:1||Ethylbenzene:1||Flame assisted spray pyrolysis:1||Formaldehyde removal:1||Front cover:1||GHG Inventory:1||Graphene:1||Greenhouse Gas Inventory:1||Greenhouse gas:1||Gumi:1||Gumi City:1||Gyeongsangbukdo:1||HER:1||Hazardous chemicals:1||HepG2 cell:1||Influencing factors:1||Ion electrical mobility:1||Ion mass:1||LC/ESIMS:1||LCA(life cycle assessment):1||LEAP 모델:1||Light absorbance:1||Light scattering:1||Livestock treatment facility:1||MC1R:1||MITF:1||Macroporous particles:1||Malodor:1||Manganese oxide:1||Methylene blue:1||Microwave:1||N:1||Ndoped TiO2/ZrO2:1||Ndoped ZrO2/TiO2:1||NO:1||NO degradation:1||NOx:1||Nanocomposite:1||Nanoparticle:1||Negligent management:1||Nightsoil treatment facility:1||OER:1||OH group:1||Oxygen vacancy:1||PM10:1||PM10:1||PMF(Positive Matrix Factorization):1||Particle charging ratio:1||Particle size distribution:1||Photocatalyst:1||Photocatalytic:1||Photocatalytic activity:1||Photodegradation of NO:1||Phytotoxicity:1||Polycyclic aromatic hydrocarbons:1||Polystyrene:1||Post treatment:1||Probability density function:1||Public sewage treatment facility:1||Pure methanol:1||Rapid production:1||Rear cover:1||Receptor model:1||Receptor modeling:1||Recombination:1||Reduction Potential of GHG:1||SELDITOF MS:1||SMPS:1||Scenario:1||SiO2/Ndoped TiO2:1||Silicon carbide (SIC):1||Soil:1||SolidPhase MicroExtraction:1||Source appointment:1||Spraydrying method:1||Surface acidity:1||Surface defects:1||THC:1||TRP1:1||TRP2:1||TYR:1||Target Management System:1||TiO2 photoanode:1||TiO2, cavitation bubbles:1||TiO2InVO4 nanoparticles:1||TiO₂:Zr:1||Titania:1||Toluene:1||Transition metal doping:1||Transport time:1||Trimethylamine:1||Tungsten trioxide:1||UVvisible absorption:1||Vapor Recovery System (VRS):1||Visible light:1||Visible light absorption:1||Visible light response:1||Visiblelight:1||Visiblelight response:1||Volatile organic compounds:1||Volatile organic compounds (VOCs):1||Waste paint:1||Water cluster ions:1||Water splitting:1||Xylene):1||Zinc Oxide:1||Zirconia:1||Zr/TiO2/SiO2:1||ZrO2/TiO2 binary oxide:1||acetaldehyde:1||acute toxicity:1||adrenocorticotropic hormone:1||aerosol templating:1||aflatoxin B1:1||agouti signaling protein:1||air pollution:1||aldehyde compounds:1||alphaMSH:1||alphamelanocyte stimulating hormone:1||aluminum precursor ink:1||anatase:1||barium titanate:1||cAMP:1||cAMP response element:1||calibration particles:1||carbonyl compounds:1||carcinogenic risk assessment:1||cardiac development:1||catalytic supporter:1||chemical composition:1||chemical vapor deposition:1||conductive fiber:1||constant temperature water bath:1||cyclic adenosine monophosphate:1||developmental toxicity:1||differential mobility analyzer:1||dopaquinone:1||electrical mobility:1||electrostatic effect:1||energy dispersive spectrometry:1||ethyl benzene:1||europium:1||flame spray pyrolysis:1||flame synthesis:1||formaldehyde:1||glutathione conjugates:1||hazard index:1||hepatotoxicity:1||industrial complex:1||inhalation:1||lifetime:1||light scattering:1||liquid source precursor:1||lowpressure spray pyrolysis:1||luminescence:1||macromesoporous silica:1||macroporous structure:1||massoia essential oil:1||melanocortin 1 receptor:1||microphthalmiaassociated transcription factor:1||multicomponent particles:1||nanoparticle:1||nanoparticles:1||nanostructured composites:1||nanostructures:1||odor analysis:1||odor control strategies:1||particle material:1||particulate matter:1||phosphor:1||phosphorylation:1||piperlongumine:1||polymer electrolytes:1||posttreatment:1||quality assurance/quality control:1||rare earth:1||river:1||selforganisation:1||spatial analysis:1||submicron:1||surface activation:1||surface tension:1||titania:1||tolune:1||transport time:1||tyrosinase:1||tyrosinaserelated protein 1:1||tyrosinaserelated protein 2:1||visible light irradiation:1||water pollution accident:1||water pollution control center:1||xylene):1||yttrium oxide:1||zebrafish embryos:1||zirconium oxide:1||가축분뇨처리시설:1||감축잠재량:1||고체상 미량 추출:1||공간분석:1||공공하수처리시설:1||공단지역:1||관리부주의:1||구미시:1||분뇨처리시설:1||비표면적:1||산업단지:1||산화 아연:1||수용모델:1||수질오염방제센터:1||수질오염사고:1||시나리오:1||아세트알데하이드:1||악취:1||악취 방지 대책:1||악취분석:1||에틸벤젠:1||염료감응형 태양전지:1||온실가스 인벤토리:1||일변화:1||자일렌):1||전자이동도:1||정도관리(QA/QC):1||주거지역:1||카르보닐화합물:1||톨루엔:1||트리메틸아민:1||폼알데하이드:1||하천:1||항온수조:1||확률밀도함수.:1||황화합물:1||황화합물류:1||후처리:1||1bromopropane:1||휘발성유기화합물:1||ACTH:1||ALOHA model:1||AMPactivated protein kinase:1||ASP:1||Accidental release models:1||Adsorption:1||Alkaline:1||Ammonia:1||Aspergillus flavus:1||Assembly process:1||BAU:1||BAU(온실가스 배출 전망치):1||BTEX:1||BTEX (benzene:1||BTEX(Benzene:1||BTEX(벤젠:1||Band gap:1||Battery cover:1||Biomarker:1||Bottomup Model:1||C10 massoia lactone:1||C10 massoia oil:1||CREB:1||Carbon fiber paper:1||Catalyst:1||Cellular phone:1||Cellular phone parts company:1||Charbroiling:1||Chemical capacitance:1||Chemical composition:1||Coating process:1||Combustion method:1||Composite:1||Contamination:1||

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