ScholarWorks@Korea University: HYUN, Seung hun

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HYUN, Seung hun (현승훈)

College of Life Sciences and Biotechnology (Division of Environmental Science and Ecological Engineering)

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Tel 02-3290-3068
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Seepage:6||Biochar:6||Heavy metals:6||Stabilization:5||Sorption:5||Cosolvency:4||Adsorption:4||Attenuation:4||Abandoned mine:4||Oyster shell:3||Ferrocyanide:3||Biomass:3||Mine leachate:3||Leachate:3||DNDC:3||As:3||Fluoride:3||Slow pyrolysis:3||Arsenic:3||Metallic elements:3||Clay liner:2||Landfill leachate:2||Spend potliner:2||Ordinary Kriging:2||Soils:2||COUP:2||Amendment:2||Principal Component Analysis:2||Heavy Metals:2||cosolvency:2||DAYCENT:2||Sediment:2||Hydrophilic sorption:2||Bioavailability:2||Leaching:2||Coal tar:2||Cu:2||Organic acids:2||Lead:2||EXPERTN:2||Methanol mixture:2||supermagnetic separation:1||ammonia inventory:1||dry deposition:1||fertilizer spreading:1||rice transplanting:1||Adsorption mechanism:1||sulfuric acid:1||Mine soil:1||Commonpool resource:1||Artificial soil:1||Radish (R. sativus):1||Research trend:1||Abandoned mine soil:1||농경지:1||2,4Dichlorophenoxyacetic acid:1||Heavy metal:1||iron:1||phosphorus:1||Waterparticle partitioning:1||Saltingout effect:1||Leaching test:1||Apartment age:1||Proteobacteria:1||1Napthoic acid:1||오염토양:1||Soil texture:1||Soil enzyme:1||NAPL migration:1||protein carbonyl:1||ferrocyanide:1||Biochar aging:1||Cabridge:1||Hazardous materials:1||CO2:1||paddy soil:1||rising temperature:1||Blend:1||Abandoned mines:1||Biomagnification:1||Leaching potential:1||As(V):1||Mine Reclamation:1||Sloping Agricultural Land:1||Wastewater treatment plant:1||Persistent organic pollutants:1||Drinkingwater quality:1||XANES:1||Bibliometric analysis:1||Flow interruption:1||Phytoavailability:1||Agricultural Land:1||Agricultural residues:1||Forestry residues:1||Toxicity:1||Fieldbased partition coefficient (Kd):1||community analysis:1||Solubility:1||kaolinitic soil:1||주성분 분석:1||구리:1||Topography:1||Hardness:1||Collembola:1||Bioaccumulation factor:1||Weathered soils:1||Bioaccumulation:1||Electrical conductivity:1||saline soil:1||water retention:1||variablecharge soil:1||soil ecological risk assessment:1||wind rose diagram:1||rice (Oryza sativa):1||nitric acid:1||climate change:1||greenhouse gas:1||DNDC model:1||Pepper:1||Pyrolysis temperature:1||Jeju common ranch:1||Chemical attenuation:1||paddy field:1||Phytoavailability of As and Pb:1||Immobilization:1||Chemical extractability:1||온실가스모형:1||ammoniaoxidizing archaea:1||Pb2+:1||Actinobacteria:1||크리깅:1||Bulk density:1||Porosity:1||Soil compaction:1||Cadmium toxicity:1||Nonequilibrium:1||Soil quality:1||Crop coverage:1||ionic mobility:1||glutathione:1||soil pore wettability:1||laccase:1||ecological risk index:1||Ionizable organic solute:1||Integrated risk:1||Ecotoxicological line of evidence:1||model performance:1||laccaseimmobilization:1||Aluminum:1||Labile fraction:1||Metal transfer:1||Globalization:1||Soil Loss:1||Corrosion index:1||Corrosive water management:1||Metal joint ecotoxicity:1||Native collembolan:1||Contaminated soils:1||Soil attenuation:1||Antarctica:1||denitrification:1||Firing range soil:1||lettuce:1||Perfluorooctane sulfonic acid (PFOS):1||Leachable elements:1||Playground sand:1||Ammoniaoxidizing bacteria:1||Reproduction:1||pH:1||Soil organic matter:1||Sand cap:1||Southern Ocean:1||diesel:1||cyanide:1||Lanthanum/magnesium/silicaactivated carbon:1||paddy mesocosm:1||Cellulose:1||Screening level assessment:1||Sulfathiazole:1||Organic solutes:1||Mine discharge:1||carbon dioxide (CO2) emission:1||Polybrominated diphenyl ethers:1||Pipe corrosion:1||Cosolute:1||Greenhouse Gas Model:1||Copper:1||ammoniaoxidizing bacteria:1||Cow bone:1||Landfill liner:1||Perfluorooctanoic acid (PFOA):1||biogeochemical cycle:1||Denitrification:1||Cadmium:1||Methanolwater system:1||Soil erosion:1||Eisenia fetida:1||PCP:1||Field weathering:1||Functional group:1||Chemical line of evidence:1||CH4:1||nanoengineered supports:1||Silkfibroin:1||Film:1||Myzus persicae:1||Food chain:1||Aging:1||Soil Amendment:1||토양 유실:1||급경사농경지:1||Chemical lability:1||Calcined oyster shell:1||Hydrophobic organic acid:1||Humic substance:1||Abandoned mine soils:1||Coordination type:1||Soil:1||nitrification:1||GeodaeUksae 1:1||Sewage sludge char:1||PM10:1||enzyme:1||Salting out:1||Cosolvent:1||중금속:1||비소:1||Nitrification:1||Nitrous oxide:1||bioremediation:1||methanolwater system:1||site specific:1||Ecological line of evidence:1||sulfamethoxazole degradation:1||acid spill:1||cabbage farming:1||Bioassays:1||광해 복원:1||national estimation:1||Treatment Technologies:1||Additive effect:1||Fly ash:1||Giant Miscanthus:1||soil:1||Mine:1||Soil physical properties:1||Ammoniaoxidizing archaea:1||Climate change:1||Amendments:1||OECD artificial soil:1||Polycyclic aromatic hydrocarbons:1||Rainfall:1||electrokinetic remediation:1||bivalves:1||tillage depth:1||chitosan:1||emission flux:1||Line of evidence:1||Community resilience:1||토양 개량제:1||Toxic unit approach:1||Coal mine drainage sludge:1||South Korea:1||Ash landfill:1||Positive soil charge:1||response surface model:1||root elongation:1||Estuary:1||Miscanthus:1||Municipal solid waste char:1||sorption:1||Bioaccessibility:1||Waste recycling:1||Red pepper:1||Ecological health:1||Consolidation:1||metal adsorption:1||aluminum hydroxide:1||test species:1||

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