ScholarWorks@Korea University: Lee, Soon jae

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Lee, Soon jae (이순재)

College of Science (Department of Earth and Environmental Sciences)

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Tel 02-3290-3177
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Adsorption:6||Coal waste:3||Sorption:2||Permeable reactive barrier:2||Pore water velocity:2||Nonpumping reactive wells:2||Contamination level:2||Performance evaluation:2||Cadmium:2||Heavy metals:2||Numerical simulation:2||Longevity:2||Hydraulic control system:2||Conceptual site model:2||Ionic strength:2||Groundwater contaminants:1||Ti:1||Oil release detection:1||Unsaturated soil:1||Underground storage tank:1||mineral phase change:1||Water treatment:1||Superparamagnetic:1||peclet number:1||Dangling bond:1||Kinetic parameters:1||tetracycline:1||local equilibrium assumption:1||Heavy metal:1||Wastewater:1||arsenic:1||performance curve:1||Groundwater contaminant:1||Scrutiny:1||Deposition:1||Contaminated groundwater control:1||Sandbox test:1||Phosphorus recovery:1||Activated filter media:1||Pyrophyllite:1||Fe:1||Magnetic separation:1||Infiltration rate:1||Hybrid adsorbent:1||Firstprinciples calculation:1||magnetic separation:1||Feoxide:1||Soil flushing:1||deposition coefficient:1||square pulse:1||Alkoxysilane:1||density functional theory calculations:1||toluene:1||Enhancement:1||Numerical modeling:1||Crystallization:1||Calcium silicate hydrate:1||Groundwater velocity:1||Zeolite:1||Contaminant leakage:1||Groundwater contamination:1||Vapor intrusion risk:1||Capacitive deionization:1||Volumetric water content:1||Eutrophication:1||Jones oxidation:1||bioleaching:1||AuAgTe:1||Bisphenol A:1||pyrite:1||Chemical perturbation:1||Optimization:1||Benzene:1||hot water leaching:1||Soil scrutiny system:1||Parameter estimation:1||Municipal wastewater:1||Liquid chromatography with organic carbon detection:1||Reactive material:1||oxide zone:1||adaptation:1||TiO2:1||Diesel contamination:1||Recyclability:1||microwave:1||Organicinorganic hybrid:1||Toxicity evaluation:1||Reversibility:1||Hydroxyl functional group:1||NH2 functional group:1||nonlinear isotherm:1||minimum well spacing:1||Nonequilibrium reaction:1||Preliminary conceptual site model:1||Oil contaminated site:1||Pulsed pumpandtreat:1||Subsurface environment:1||Radon emanation:1||Seoul:1||Impurity:1||Phosphate removal:1||reductive microwave roasting:1||telluriumbearing mineral:1||ZnO:1||Seawater intrusion:1||Phosphate:1||Magnesium ferrite:1||gold:1||Bacteria transport:1||Chromate:1||Organicinorganic hybrid particle:1||Filtration:1||gold concentrate:1||acid baking:1||nonpumping reactive well:1||Site management:1||Data Gap:1||Upscaling method:1||Cadmium removal:1||Radon:1||Acute toxicity:1||Oil leakage detection:1||Soil:1||Chromate adsorption:1||Pyrrolic nitrogen:1||gold recovery:1||ElectroFenton:1||Acidithiobacillus ferrooxidans:1||Photocatalytic degradation:1||Fenton:1||Insitu sampler:1||Microbial community dynamics:1||Composite particle:1||Onionlike carbon:1||Amphiphilic polymer:1||Growth kinetics:1||Phenol:1||structural robustness:1||reversibility:1||soluble metal sulfate:1||practical configuration:1||well diameter:1||site investigation:1||Profile:1||Refinement:1||Data gap analysis:1||Food waste:1||TCE:1||Microwave roasting:1||Ion exchange:1||Ligand exchange:1||Organic pollutant:1||Energy consumption:1||Biochar:1||bacterial transport:1||Attachment:1||Metal plating wastewater:1||Fe2O3carbon foam:1||Microbial growth:1||Magnesium oxide:1||Development:1||Bacterial delivery:1||Time domain reflectometry:1||Impedance:1||Polarization screening:1||Actual wastewater:1||thiourea leaching:1||Heavy metal ion:1||DLVO:1||Density separation:1||Modeling:1||zirconiumbased metal organic frameworks:1||2D sand box:1||transport:1||sorption:1||Functionalized ceramic microfilter:1||sawtooth array:1||site management:1||Bioaugmentation:1||Injection strategy:1||Porewater velocity:1||Sewage:1||Permeable reactive barriers:1||Leakage:1||Predictive Geogenic Radon Potential:1||

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