ScholarWorks@Hanyang University: Kim, Hyunjung

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Kim, Hyunjung (김현중)

COLLEGE OF ENGINEERING (DEPARTMENT OF EARTH RESOURCES AND ENVIRONMENTAL ENGINEERING)

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Tel 02-2220-0541
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Bioleaching:4||Machine learning:3||DLVO:3||Adsorption:3||bioleaching:3||Electronic waste:3||Flotation:3||SEI:2||biotransformation:2||Ionic liquid:2||Carbon black nanoparticles:2||circular economy:2||Surface roughness:2||Acidithiobacillus ferrooxidans:2||Chalcopyrite:2||depletion attraction:2||Mine tailings:2||Site competition:2||recycling:2||Filamentous fungi:2||Quartz sand:2||Solvent extraction:2||Solvochemical extraction:2||filamentous fungi:2||flotation:2||Bacteria transport:2||Specific surface area:2||Bioextraction:2||XDLVO:2||Modeling:2||Passivation:2||Resource recycling:2||arsenic:2||Froth flotation:2||Artificial intelligence:2||Liion batteries:2||bioaccumulation:2||bioextraction:2||bioremediation:2||Catalytic mechanism:1||Cathode precursor synthesis:1||Cericcerous precipitation:1||Cerium(IV) recovery:1||Charge heterogeneity:1||Circular bioeconomy:1||Coalreduction:1||Collector adsorption:1||Collector conformations:1||CollectorMalachite:1||Colloid deposition:1||Colloid transport:1||Column bioleaching:1||Computational fluid dynamics:1||Contact angle heterogeneity:1||Continuous bioleaching:1||Continuous stirred tank reactors:1||Cooperative mechanism:1||Cotransport:1||Critical metals:1||Critical raw materials:1||Cu oxide ore:1||Cupric ions:1||Cylinder:1||DLVO theory:1||Debonding problem:1||Density separation:1||Deposition:1||Dexamethasone:1||Diameter:1||Dissolution kinetics:1||Dissolution mechanism:1||Dissolution process:1||Ewaste:1||Ecological risk assessment:1||Ecotoxicological medium:1||ElectroCl2 leaching:1||Electrospinning:1||Endoflife vehicles:1||Energycritical element:1||Environmental remediation:1||Estimated daily intake:1||ExtendedDLVO:1||Fe3+ supplementation:1||FeAsS:1||Ferric ochres:1||Floatability:1||Flotation kinetics:1||Formaldehyde:1||Fractionation:1||Gas sensor:1||Gold nanoparticle:1||Gold recycling:1||Graphene oxide:1||Graphite:1||Gravity separation:1||Green recycling process:1||H+exchanged manganese oxide nanofibers:1||HUMICACID:1||HYDROXYAPATITE NANOPARTICLES:1||Heap Leaching:1||Heavy metals:1||Heme oxygenase1:1||Hollow:1||Human exposure:1||Hybrid technology:1||Hydrometallurgical recycling:1||Hydrometallurgy:1||Hydrophobic force:1||Hypoxia:1||IONICSTRENGTH:1||Impeller blade wear:1||In2O3 nanofiber:1||Industrial ecology:1||Inorganic ions:1||Inorganic nanofiber:1||Interaction force:1||Ion valence:1||Ionpair solvation:1||Ionic strength:1||Jarosite passivation:1||Kaolin:1||Labile aluminium:1||Laterite ore:1||Leaching kinetics and mechanism:1||Leptospirillum ferriphilum:1||Li(+)adsorption:1||Li(+)recovery:1||Li+ adsorption:1||Li+ desorption:1||Liquid phosphine oxides:1||Lithium:1||Lithium ionsieve:1||Low power:1||Lowsalinity water flooding:1||MICROPLASTICS:1||Magnetic biochar:1||Magnetic separation:1||Malachitesilica mixture:1||Marmatite:1||McCabeThiele diagram:1||Mechanism:1||Mesophilic bacteria:1||Mesophilic consortia:1||Metal ammine complexes:1||Metal recuperation:1||Metals&apos:1||Microplatform:1||Microbial adaptation:1||Microbial colonization:1||Microbial intensified leaching:1||Microplastic:1||Mineral concentration:1||Mineral water:1||Missing data:1||Missing data imputation:1||Mixed culture:1||Molybdenites flue dust:1||NH4OH(NH4)(2)CO3 leaching:1||NMCcathode batteries:1||NOM:1||Nanofluid:1||Nanoparticles:1||Nanoplastic:1||Natural organic matter:1||Nilaterite:1||Novel coronavirusSARSCoV2Waste managementDisinfection technologyCommon biomedical waste treatment facility:1||ORGANICMATTER:1||Organic acids:1||Orientation:1||Oxidative dissolution:1||PEG:1||PET bottled:1||POROUSMEDIA:1||Particle image velocimetry:1||Patchcharged interaction:1||Phosphorus removal:1||Physicochemistry:1||Plastic:1||Plastic particles:1||Polyethylenimine:1||Porous media:1||Precious metals recycling:1||Precious metals&apos:1||Proteins:1||Pseudomonas:1||QCM−D:1||QCMD:1||RETENTION:1||Rare earth elements:1||Rare earth metals:1||Ratelimiting step:1||Redox potential:1||Refractory metals:1||Remediation:1||Resources recycling:1||Retention:1||Reusability:1||Rhodococcus opacus:1||Seawater:1||Selective bioflotation:1||Selectivity:1||Sensorbased sorting (SBS):1||Shale gas:1||Shape:1||Silica:1||Soil microscopic filamentous fungi:1||Solid:1||Solution chemistry:1||Solvochemical mass transfer:1||South Korea:1||Spent Liion batteries:1||Spent automobile catalysts:1||Spent culture:1||Spinel lithium manganese oxide:1||Stability:1||Steric force:1||Steric interaction:1||Stirrup partialCutting NSM (SCNSM):1||Strategicallycritical metals:1||Strengthening length:1||Structural model:1||Surface Roughness:1||Surface properties:1||Sustainable bioprocessing:1||Sustainable development goals:1||TRANSPORT:1||Text analytics:1||Topic modeling:1||Total organic carbon:1||Toxicant removal:1||Transport:1||Uniformity:1||Urban mining:1||Vein deposit monazite:1||Waste saggar:1||Waste valorization:1||Word correlation:1||XDLVO interaction energy:1||Zinc beneficiation:1||alphaMoO3 Nanofibers:1||arsenic removal:1||bacteria:1||benzyl dimethyl amine (BDMA):1||binary mixture:1||biomineralization:1||biosorption:1||chalcopyrite:1||chemical composition:1||chemical heterogeneity:1||coal fly ash:1||contact angles:1||critical raw materials:1||depletion agent:1||dexamethasone:1||electronic waste:1||endoflife electric vehicles:1||environmental impact:1||exopolysaccharides:1||ferric oxyhydroxides:1||ferrous addition:1||floatability:1||fungal leaching:1||gas physisorption:1||gene carrier:1||green technology:1||hamaker constant:1||heavy metals:1||heme oxygenase1:1||hydrogen peroxide:1||hydrophobicity:1||industrial waste:1||leaching kinetics:1||malachite:1||manganese:1||manganese minerals:1||manganese oxides:1||mesophilic organisms:1||metal oxide nanoparticles:1||metal recovery:1||microorganisms:1||micropore volume:1||mine tailings:1||nanoparticle dissolution:1||nanoparticle mobility:1||nanoscale:1||organic acid leaching:1||particlebubble interaction:1||phosphorus:1||pollution abatement:1||polyethylenimine:1||pore structure:1||red mud:1||resource recycling:1||retention:1||review:1||roughness:1||shale:1||silica:1||solid concentration:1||solvent extraction:1||sorption:1||sulfide mineral:1||sulfuric acid solution:1||surface oxidation:1||sustainable processing:1||temperature:1||(La,Y)oxalate precipitation:1||waste treatment:1||3D printing:1||Acidithiobacillus caldus:1||Acidithiobacillus ferrivorans:1||Additive leaching:1||Adhesion:1||Adsorbed gas in place:1||Adsorption capacity:1||Aggregation:1||Amberlisted petrorefinery waste:1||Ammoniacal leach liquor:1||Ammonium hexachloroplatinate/palladate:1||Angle:1||Antagonistic extraction:1||Archaea:1||Arsenic:1||Arsenic mine tailings:1||Arsenopyrite:1||Aspect ratio:1||Attachment efficiency:1||Avrami equation:1||BACTERIA:1||Bacteria:1||Biosolvoand electrochemical approach:1||Bioaccumulation:1||Biobenefication:1||Biodegradation:1||Bioleaching mechanism:1||Bioleaching process:1||Biosorption:1||Bisphenol A:1||CFD:1||CFRP plate:1||COLLOIDS:1||Carbide slag waste:1||Carbon mitigation:1||Carboxymethylcellulose:1||Cardiomyocytes:1||Caron process:1||

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