ScholarWorks@Dongguk University: Oh, Jae min

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Oh, Jae min (오제민)

College of Engineering (Department of Energy and Materials Engineering)

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Tel 02-2260-4977
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layered double hydroxide:16||Layered double hydroxide:9||Intercalation:5||porous structure:3||covalent organic nanosheets:3||release:3||Layered double hydroxide (LDH):2||layered double oxide:2||Glycine max Merrill extract:2||antibacterial:2||adsorption:2||molecular arrangement:2||Mechanoelectrochemical energy harvester:2||mesoporous silica:2||Stretchable:2||albumin:2||biocompatibility:2||graphene:2||mixed metal oxide:2||LDH:2||porosity:2||MXene:2||Biomedical:1||Bone Tissue Engineering:1||CO2 absorber:1||CaAlFe ternary LDH:1||Ca/Fe ratio:1||Cationic drug loading:1||Cellular uptake:1||Chargedischarge capacities:1||Chloride ion:1||Clays and clay minerals:1||Coating:1||Cobalt phosphide:1||Cold sintering:1||Commercial foods:1||Composite:1||Computed tomography (CT):1||Congo red:1||Contrast agent:1||Coprecipitation:1||Covalent organic frameworks:1||Cycling performances:1||Cytotoxicity:1||DNA adsorption:1||DNALDH hybrid:1||Density functional theory:1||Dipcoating:1||Drug delivery:1||Dual modal:1||Energy storage:1||Erythrosine:1||Ethylene scavenger:1||Fate:1||Fe content:1||Ferrous:1||Fiber:1||Fibre:1||Fluorescence lifetime:1||Fluorinations:1||Food additive synthetic amorphous silica:1||Freezecasting:1||GdDTPA:1||Gene delivery systems:1||Graphene oxide:1||Hemolysis:1||Heterointerface:1||Hg reduction:1||Hole transport layer:1||Hollow spheres:1||Hostguest:1||Human red blood cell:1||Hydrocalumite:1||Hydrotalcite:1||Indigo:1||Indoor organic solar cells:1||Inorganic nanoparticles:1||LDPEZnO nanocomposite:1||Lattice:1||Layered Double Hydroxide:1||Layered double hydroxides:1||Layered manganese oxide:1||Layered silicates:1||Layered structure:1||Legal regulation:1||Levofloxacin:1||Lewis sites:1||Lithiumion batteries:1||MAX phase:1||MXenes:1||MXsorption:1||Macrophage RAW264.7 celltargeting:1||Magnetic resonance imaging (MRI):1||Mesopore:1||Mesoporous network:1||MgO:1||Mixed metal oxide:1||Moisture absorber:1||Monoliths:1||Monometallic phosphide:1||Monte Carlo simulation:1||Nanocarrier system:1||Nanocomposite:1||Nanoparticle:1||Nanostructured materials:1||Oxygen scavenger:1||PAHs:1||Particle size:1||Patterning:1||Periclase:1||Periodate oxidation:1||Persulfate slowrelease beads:1||Photocatalysis:1||Photocatalyst:1||Photochemistry:1||Photoinduced phenomena:1||Photophysics:1||Photostability:1||Pluronic P123:1||Polydimethylsiloxane:1||Polyethylenimine:1||Polypyrrole:1||Polyurethane:1||Porous scaffolds:1||Protein adsorption:1||Quantitative analysis:1||Radioisotope:1||Reverse micelle:1||Reverse micelle method:1||SPS:1||Scanning electron microscopy:1||Self powered sensor:1||Selfassembled monolayer doping:1||Selfpowered sensor:1||Silver nanoplate:1||Simulation:1||Singlephoton emission computed tomography:1||Singlet oxygen:1||Size control:1||Size effect:1||Sizeselective binding:1||Sodium ion batteries:1||Sodiumion storage:1||Soft:1||Softness:1||Sorption:1||Sr introduction:1||Sulfate ion:1||Supercapattery:1||Superlattice:1||Surface:1||Surface charge control:1||Surface enhanced raman scattering:1||Surface roughness:1||Sustainability:1||Symmetric device:1||Systematic intercalation:1||Target delivery system:1||Theranosis:1||Thermally activated delayed fluorescence:1||Titanium carbonitride:1||Titanium carbonitride MXene synthesis:1||Transmission electron microscopy:1||Twodimensional MXene:1||VOC abatement:1||Vanadium diphosphide:1||Water decontamination:1||Zingiber officinale extract:1||acidity:1||adsorption recyclability:1||aggregation:1||alginate:1||alkaline earth oxides:1||alkaline phosphatase activity:1||alkalization:1||allosteric effect:1||antifouling:1||antioxidant activity:1||atomic defects:1||bandgap engineering:1||bioactivation:1||biogenic template:1||bioluminescence:1||blood compatibility:1||calcination:1||calcite:1||characterization:1||cinnamic acid:1||circular dichroism:1||clay:1||clay minerals:1||clays:1||colloidal property:1||commercial foods:1||crystal growth:1||delamination:1||deoxycholate:1||deoxycholic acid:1||diagnostics:1||drug delivery:1||drugdelivery system:1||egg white foam:1||electron density control:1||emulsifier:1||emulsifying ability:1||emulsion formulation:1||encapsulation:1||energy density:1||enzyme:1||exfoliation:1||fate:1||fibrinogen:1||fish:1||flexible supercapacitor:1||fluorescence quenching:1||food contact:1||gallium:1||gammaglobulin:1||halloysite nanotube:1||hemolysis:1||heterointerface:1||hitchhiking:1||hollow silica particle:1||hollow sphere:1||hostguest interaction:1||human plasma:1||human serum albumin:1||hybrid:1||hybridization:1||hydrocalumite:1||hydrothermal treatment:1||in vivo:1||incorporation:1||incorporation method:1||indoor air:1||interfacial layers:1||intermolecular interaction:1||layered double hydroxides:1||layered titanate:1||light barrier:1||membranes:1||mesoporous graphene:1||metal composition:1||metal oxides:1||methotrexate:1||microwave irradiation:1||mixed metal oxides:1||montmorillonite:1||multiguests:1||nanomaterials:1||nanonetwork:1||nanoparticle:1||nanosheets:1||nanostructure:1||oral vaccine:1||organic ligand:1||organicinorganic hybrid:1||oxidation stability:1||oxide nanosheet:1||particle size:1||passivation:1||phase transformation:1||phenolic acid:1||photovoltaic cells:1||polymer electrolyte:1||preorganization:1||protection:1||protein:1||protein corona:1||protein fluorescence quenching:1||pseudocapacitiveperformance:1||pushpull electronic structure:1||quantification:1||radioactive waste:1||radionuclide:1||red blood cell:1||reusable food packaging:1||sacrificial template:1||safety:1||silica:1||silver nanoparticle:1||silver oxide:1||singlelayer synthesis:1||size distribution:1||slag:1||sodium ion batteries:1||sodiumion batteries:1||sodiumion battery:1||specific surface area:1||stability:1||strontium:1||structureproperty relationships:1||supercritical CO2:1||surface:1||surface engineering:1||surface functionalization:1||surface modification:1||surface remodeling:1||surfaceenhanced Raman spectroscopy:1||tetrahedral aluminum:1||titanium carbide:1||titanium dioxide:1||transparent conductive electrodes:1||twodimensional:1||ultrasound:1||vanadyl pyrophosphate:1||volatile organic compound:1||"coating from" approach:1||ππ interaction:1||2D MXenes:1||2D nanosheet:1||2D nanosheets:1||Activated carbon (Ketchen black):1||Active packaging:1||Adsorption removal:1||Advanced oxidation process:1||AlkTi2C nanostructure:1||Alkaline phosphatase activity:1||Alkaline supercapacitor:1||Anionic dye removal:1||Anodes:1||Antibiofouling:1||Antibacterial activity:1||Anticancer activity:1||Antifouling:1||BCP:1||Barley betaglucan:1||Batterytype material:1||Binderfree electrode:1||Biocompatibility:1||

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