ScholarWorks@Korea University: Lee, Mee hye

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Lee, Mee hye (이미혜)

이과대학 (지구환경과학과)

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Tel 3178
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PM2.5:6||Asian dust:6||OC:5||Ozone:5||EC:4||Taehwa Research Forest:4||Black carbon:4||KORUSAQ:4||Size distribution:3||Seoul:3||BVOCs:3||Haze:3||HONO:3||Air quality:3||VOCs:3||Mixing state:2||Stable isotope:2||F0AM:2||O3 formation:2||PM10:2||Seasonal variation:2||PM1:2||Morphology:2||dlPCBs:2||NO2:2||ozone:2||PCDDs:2||Artificial neural network:2||PCDFs:2||Particleintoliquid sampler:2||SP2:2||Yellow Sea:2||Tropospheric ozone:2||Absorption enhancement:1||circular economy:1||CCU:1||Carbonation:1||Final concentration:1||R&:1||Aerosols:1||bivalve seashell:1||Organic carbon:1||GAW:1||Ozone (O3):1||NOx:1||MAPSSeoul:1||Gramnegative bacteria:1||methylglyoxal:1||Mt. Taehwa:1||Seoul vicinity:1||Sequestration:1||Elemental Composition:1||Sea salts:1||vehicle mileage:1||Gosan superstation:1||Dimethyl sulfide:1||Molecular compositions:1||carbonbearing ironoxide:1||EC ratio:1||Gisang 1:1||Volatile organic compounds:1||Socheongcho Ocean Research Station (SORS):1||Nitrate aerosol:1||total carbon:1||household waste recycling priority survey:1||Radiocarbon:1||Diffusion scrubber:1||Lead:1||Removal efficiency:1||NOx and VOCs:1||SMA (Seoul Metropolitan Area):1||carbonation:1||precipitation:1||Mass absorption crosssection:1||Seasalt:1||C13:1||Meteorological condition:1||Submicron particles:1||Monitoring:1||Primary OC/EC:1||Suwon:1||Watersoluble inorganic ions:1||CO2:1||CombustionDerived Particles:1||Watersoluble ions:1||Potential Aerosol Mass (PAM) chamber:1||threeway catalyst:1||Particulate DMSP:1||peroxyacetyl nitrate:1||<:1||PM2.5<:1||/p>:1||Transboundary pollution:1||Solvent use:1||ammonium:1||climate change:1||Waste eggshell:1||eggshell:1||CWT:1||Aerosol optical depth:1||OH reactivity:1||Database:1||Benzene:1||MEGAN:1||Asian dust transport:1||sensitive regions:1||Secondary aerosol:1||Photooxidation:1||emission characteristics:1||gasoline passenger cars:1||Precursor gas:1||Lipids:1||nonmethane hydrocarbons:1||Seoul Metropolitan area:1||air quality:1||Urban air monitoring network:1||Single Particle Soot Photometer (SP2):1||primary production:1||GOTM:1||2020 extreme event:1||N2O5 heterogeneous chemistry:1||PBL:1||Nonnegative matrix factorization:1||Aging process:1||household waste:1||AHP:1||Trends:1||Pollution:1||aragonite:1||PM2.5 mass:1||Jeju Aewol:1||NO3:1||SO42:1||stable carbon isotope ratios (C13):1||aqueous phase oxidation:1||NO2/NOx ratio:1||Continental outflows:1||MOUDI:1||MCM v3.2:1||WRFChem:1||Soil mineral:1||Aerosol forming potential:1||South Pacific:1||QCTILDAS:1||periurban forest site:1||New particle formation:1||Ship measurement:1||Seoul mega city:1||recycling:1||carbon capture and utilization:1||Asphalt surface:1||Secondary inorganic aerosol:1||Fossil fuel:1||Cadmium:1||D:1||Absorption aerosol optical depth:1||King Sejong Antarctic Station:1||Periurban forest:1||Leighton Constant:1||Gosan:1||Groundlevel ozone:1||oxalic acid:1||Isoprene:1||Aldehyde:1||Aqueous carbonation:1||SEMEDX Analysis:1||PM_(10):1||Ambient air:1||fuel consumption:1||ABCEAREX2005:1||Preexisting particles:1||Dissolved DMSP:1||Seatoair flux:1||Organic aerosols:1||Watersoluble organic compounds:1||methyl hydroperoxide:1||Cluster analysis:1||eastern Asia:1||Aerosol size distribution:1||Yellow sea:1||CMAQ model:1||radiocarbon isotope:1||source apportionment:1||Particulate matter:1||premature mortality:1||CCS:1||UV:1||N15:1||Ozone production regime:1||Hydroxy fatty acids:1||Longterm variation:1||Aromatic hydrocarbons:1||Toluene:1||Monoterpenes:1||Photochemical ozone:1||Asian megacities:1||O3:1||Mineral carbonation:1||adjoint sensitivity:1||northern source region:1||Tibetan Plateau:1||Particle formation and growth:1||anthropogenic:1||Input variable feature importance:1||spring water temperature evolution:1||PM2.5 forecasting:1||isotopic exchange equilibrium:1||socioeconomic cost:1||:1||Pm2.5:1||CCUS:1||Brown carbon:1||Elemental carbon:1||C14:1||landsea breeze:1||Chinese outflow plume:1||longrange atmospheric transport:1||Nitrogen oxides:1||Passive air samplers:1||Gyeonggi Province:1||Sizeresolved aerosol:1||Taehwa Forest Observatory:1||Reactive gases:1||Mixed layer depth:1||Hydrophobic organic compounds:1||Asian dust storm:1||pollution:1||hydrogen peroxide:1||urban air pollution:1||dust criteria:1||CCN closure:1||Fugitive emissions:1||PM2.5 prediction:1||stable isotopes:1||attributable risk:1||Coating thickness:1||rBC:1||Photolysis:1||Status:1||South Korea:1||Emission source:1||Aerosol light absorption:1||Anmyeondo:1||Peroxyacetyl nitrate (PAN):1||Seoul Metropolitan Area:1||East Asian outflow:1||glyoxal:1||D/F ratio:1||H2O2:1||Photochemical air pollution:1||Coal fly ash:1||Gosan ABC superstation:1||meteorological forecast error:1||Atmospheric Particles:1||Levoglucosan:1||magnetic spherule:1||Formation mechansim:1||seasonal haze:1||p>:1||Intercity transport:1||Vertical distribution:1||pandemic (COVID19):1||latent heat flux:1||warm winter water:1||relative risk:1||Photochemical aging:1||Seoul air quality:1||Aerosol:1||Pm1.0:1||Pm10:1||

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