CAU Scholar's Space: Lee, Jonghwi

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Lee, Jonghwi (이종휘)

공과대학 (화학공학과)

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Tel 02-820-5269
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nanoparticles:14||particle size:8||Nanoparticles:7||Electrospinning:7||electrospraying:7||adhesion:6||hydrogel:6||Hydrogel:6||drug delivery:6||poly(Nisopropylacrylamide):5||polydimethylsiloxane:5||Crystallization:5||Polymers:5||Electrospraying:5||Organic compounds:5||Crystal morphology:4||Particle size:4||Chitosan:4||Nanocrystals:4||Polyurethane:4||fracture:4||directional freezing:4||Electrohydrodynamic jetting:4||nanotechnology:4||fibers:4||Directional freezing:4||ice templating:4||microencapsulation:3||electrospinning:3||nanosuspension:3||Drug release:3||Nanoparticle:3||Growth from solutions:3||Alginate:3||epoxy:3||Antioxidant:3||polyphenol:3||drug delivery systems:3||Dispersion:3||atomic force microscopy (AFM):3||pressureretarded osmosis:3||milling:3||Hyaluronic acid:3||drying:3||Ice templating:3||Mechanical Properties(기계적물성치):2||mesocrystal:2||PNIPAm:2||Controlled release:2||Particle engineering:2||Pectin:2||Thermoresponsive hydrogel:2||Crystallites:2||directional crystallization:2||suspensions:2||dispersion:2||disulfide polymer:2||dopamine:2||Poly(Nisopropylacrylamide):2||drug crystallization:2||Antibacterial activity:2||toughening:2||Polylactic acid:2||Composite:2||Microgels:2||Microparticle:2||epoxies:2||oxidative stress:2||evaporation crystallization:2||Hydrogels:2||particle size distribution:2||Polymerdirected crystallization:2||약물나노입자:2||superhydrophobic:2||Polyphenol:2||poly(lactic acid):2||Polyphenols:2||flavonoid:2||polyacylglycerol monostearate:2||foam:2||alphalipoic acid:2||polymer:2||polymerdirected crystallization:2||MultiWalled Carbon Nanotubes(다중벽 탄소나노튜브):2||Polyvinylpyrrolidone:2||.:2||Catechol:2||freezedrying:2||Electrohydrodynamic Jetting:2||NanoComposites(나노복합재료):2||Insoluble drug:2||Redispersibility:2||graphene:2||graphene oxide:2||bioavailability:2||porous membrane:2||Nanofiber:2||protein:2||Interfacial polymerization:2||Freeze drying:2||Nanosuspension:2||Freezedrying:2||cellulose and other wood products:2||chitosan:2||Selfhealing:2||salinity gradient power:2||Crystal engineering:2||Shear stress:2||Functionalization(기능화):2||Encapsulation:2||Spray drying:2||lipoic acid:2||PEG:2||PLA:2||luteolin:2||conjugation:2||melt crystallization:2||spray drying:2||Microchanneled hydrogel:1||Microchannels:1||Microfibrillated cellulose:1||Microparticles:1||Micropore:1||Microporous membrane:1||Milling:1||MnO2 nanosheets:1||Nacetylcysteine:1||Nisopropylacrylamide:1||NaCl crystallization:1||NaF:1||Nanoclay:1||Nanofibers:1||Nanofluidic 1D channel:1||Nanoformulation:1||Natural polymer:1||Neuron:1||Nonwoven fabrics:1||Oil–water separation:1||Oral drug delivery:1||Ordered pore:1||PDMS:1||PLGA:1||PNIPAM hydrogel:1||PVDF:1||PVDF/TiO2:1||Particlefiber composites:1||Pharmaceutical cocrystal:1||Phenolic content:1||Polydimethylsiloxane:1||Polyethylene glycol:1||Polygonal patterned ground:1||Polylactic acid PLA Crystallization Toughening Impact strength Bioplastics:1||Polymer:1||Polymer Particles:1||Polymer drug interaction:1||Polymer solute:1||Polymerdirected Crystallization:1||Polysaccharide:1||Polyvinyl alcohol:1||Polyvinylidene fluoride (PVDF):1||Poorly watersoluble drug:1||Porous Materials:1||Porous film network:1||Processing variable:1||Quercetin:1||RGD peptides:1||Reduced graphene oxide:1||Reentrant grapheneCNT:1||Release behavior:1||Responsive hydrogel:1||Retinyl palmitate:1||SIZE EXCLUSION CHROMATOGRAPHY:1||SULFOALKYLATION:1||Salinity gradient power:1||Scaffold:1||Scaffolds:1||Shape memory:1||Sibutramine:1||Sildenafil:1||Solidliquid equilibrium:1||Solubility prediction:1||Spray dry:1||Spraying:1||Stabilizer:1||Stem cells:1||Stresses:1||Superabsorbent:1||Superparamagnetic:1||Superporous hydrogel:1||Supramolecular hydrogel:1||Suspensions:1||Tannin:1||Temperatureresponsive hydrogel:1||Thermosensitive:1||Thin film composite:1||TiO2:1||Tobacco mosaic virus:1||Torus particle:1||Toughening:1||Uniaxial freeze drying:1||Water insoluble drug:1||Water pumps:1||Water purification:1||Water treatment/purification:1||Watersoluble polymer:1||Zeroorder kinetics:1||Zizyphus jujuba:1||acetaminophen:1||acrylamide:1||active pharmaceutical ingredient:1||adhesion behavior:1||aggregation:1||amino acid copolymers:1||amorphous:1||antibacterial films:1||antioxidant:1||antioxidation:1||aquaporin membrane:1||arterial embolization:1||ascorbic acid:1||asymmetric porous nanofiber mats:1||biaxial stretchability:1||biomanufacturing:1||blends:1||butyl rubber encapsulation:1||calcium chloride:1||cardiomyocytes:1||cardioprotective effect:1||catechin:1||catechl group:1||cation substitution:1||cellulose:1||chitosan microsphere:1||cleavage:1||coaxial nozzles:1||cosolvent posttreatment:1||comminution:1||composite:1||composite particle:1||composite particles:1||composite resin:1||composites.:1||conductivity:1||controlled:1||core/shell particles:1||core/shell polymers:1||crazing:1||crystal engineering:1||crystallization:1||cyclodextrin:1||daphnia:1||deformation:1||degradable polymer:1||degradation resistance:1||dropmicrofluidics:1||drug:1||drug nanoparticles:1||drugdelivery systems:1||dry powder:1||electrospray drying:1||electrohydrodynamic force:1||electrostatic interaction:1||encapsulation:1||epigallocatechin gallate (EGCG):1||ethyl cellulose:1||evaporative cooling sweating:1||exosomes:1||exothermic:1||filler:1||films:1||flowability:1||fluoride release:1||formulation:1||fortification:1||forward osmosis:1||fractionation:1||fracture toughness:1||freeze casting:1||freeze drying:1||freeze drying/lyophilization:1||fucoidan:1||functional block copolymers:1||graft copolymer:1||grafting:1||granules:1||grapheneCNT composite:1||guanosine5monophosphate:1||hot melt extrusion:1||hyaluonic acid:1||hyaluronic acid:1||hyaluronic aciddopamine:1||hydrogel crosslinking:1||hydrogels:1||hydrogen peroxide (H2O2):1||hydrophilic:1||hydrophilic polymer:1||hydrophobic hydration:1||hydroxypropyl cellulose:1||hydroxypropyl methyl cellulose:1||inclusion complexation:1||inorganic particle toughening:1||insolubility:1||interchange reaction:1||iron availability:1||itraconazole:1||largearea grapheme:1||limited airflow system:1||lower critical solution temperature:1||lubricant:1||macroporous polymers:1||mediumchain triacylglycerol:1||mesenchymal stem cells:1||mesocrystals:1||metal coordination:1||micelle:1||micelles:1||microparticles:1||microstructure:1||microstructures:1||milk:1||miscibility:1||mixing method:1||molecular weight:1||monomers:1||montmorillonite:1||myricetin:1||nanocrater:1||nanoclay:1||nanocrystal:1||nanocrystals:1||nanofiber:1||nanofiber support layer:1||nanoparticle:1||nanotube:1||naroparticles:1||nature polymers:1||nonlinear polymers:1||oil:1||oilwater separation:1||oleophilic:1||oligomers and telechelics:1||open pore size:1||optical properties:1||osmosis membrane:1||oxidative damage:1||pHdependent degradation:1||particle engineering:1||physically crosslinked gel electrolyte:1||poly(Nisopropyl acrylamide):1||poly(dimethyl siloxane):1||poly(ethylene glycol):1||poly(lacticcoglycolic acid) (PLGA) particle:1||poly(propylene) (PP):1||poly(vinyl pyrrolidone) (PVP):1||poly(vinylidene fluoride) (PVDF):1||polycarbonate:1||polyesterurethane:1||polyethersulfone:1||polyethylene copolymers:1||polymeric materials:1||polymerization:1||polymers:1||polymorph:1||polyolefins:1||polypeptide:1||polypropylene:1||polysaccharides:1||polysiloxane:1||polystyrene:1||polyurethane:1||polyvinyl pyrrolidone (PVP):1||porous composite surfaces:1||porous film:1||porous materials:1||processability:1||property relations:1||protein delivery:1||protein drug:1||proteinbased polymer:1||proteins:1||pyrogallol group:1||quercetin:1||quercetin.:1||radio frequency antenna:1||reentrant microhoneycomb:1||redispersibility:1||responsive wettability:1||rheological properties:1||salt flux:1||selfassembly:1||selfcleaning:1||selfpolymerization:1||shear yielding:1||silver nanoparticles:1||silver nanowire network:1||smart surface:1||sodium ion absorption:1||solar evaporator:1||solid dosage:1||solid salt:1||solubility:1||solvent crystallization:1||sphereplate adhesion:1||spheroids:1||stabilization:1||stimuli responsive:1||strain sensor:1||stretchable battery:1||stretchable transparent antenna:1||stretchable transparent conductor:1||structure:1||superhydrophobicity:1||surface:1||surface interaction:1||surface modifier:1||surfaces:1||surfactants:1||suspension:1||sustainable cooling system:1||sustainable release:1||swelling:1||temperatureresponsive:1||temperatureresponsive material:1||temperatureresponsive polymer:1||thermal properties:1||thermoresponsive hydrogel:1||thermosensitive hydrogel:1||thermoresponse:1||thermosensitive hydrogel:1||throughthick porosity:1||tissue engineering:1||toughness:1||uniform spherical crystal:1||water flow:1||water separation:1||water soluble polymer:1||waterinsoluble drug:1||waterinsoluble drugs:1||watersoluble polymer:1||watersoluble polymers:1||wavy configuration:1||wavy structure:1||wearable antenna:1||wearable device:1||wet comminution:1||가공변수:1||나노현탁액:1||난용성약물:1||분무건조:1||안정화제:1||약물방출:1||"living" radical polymerization:1||재분산:1||:1||1,3PROPANESULTONE:1||1,4dioxane:1||1Dembedded nanofilm membrane:1||ALPHA,OMEGABIS(1LITHIO1,1DIPHENYLETHYL)POLYSTYRENE:1||ALPHA,OMEGADILITHIOPOLYSTYRENE:1||ALPHA,OMEGADISULFONATED POLYSTYRENE:1||Adhesion:1||Ag nanowire:1||Aggregates:1||Aggregation:1||Anisotropic modulus:1||Anisotropic structure:1||Antioxidant activity:1||Appetite suppression:1||Atorvastatin:1||Bending actuator:1||Bimodal hydrogels:1||Bioinspired:1||Biomedical polymers:1||Bioplastics:1||Block microfibrils:1||Blood celllike particle:1||COSMOSAC:1||Carbon nanofiber:1||Carboxylic acid:1||Chitooligosaccharide:1||Coaxial Electrospinning:1||Coaxial electrospinning:1||Cocontinuous composite:1||Cocrystal:1||Cocrystallization:1||Collagen:1||Colloidal particle assembly:1||Composite membrane:1||Composites:1||Conjugation:1||Consolidation:1||Core/shell particle:1||Core/shell structure:1||Counter electrode:1||Crosslinking:1||Cryoprotectant:1||Crystal Habit:1||Crystal habit:1||Crystal polymorph:1||Crystal structure:1||DIFUNCTIONAL INITIATOR:1||DILITHIUM:1||Daphnia:1||Differentiation:1||Directional Crystallization:1||Directional melt crystallization:1||Directional solidification:1||Directional solvent crystallization:1||Diurnal temperature variation:1||Dopamine:1||Doughnutlike particle:1||Drug Delivery:1||Drug delivery:1||Drug delivery systems:1||Drug nanoparticles:1||Dyesensitized solar cell:1||Electrocatalysis:1||Electrochemical sensor:1||Electrospray:1||Embolic Particles:1||Energy harvesting:1||Eprosartan:1||Essential oil:1||Eudragit:1||Fiber:1||Fibers:1||Flavanones:1||Flavones:1||Flavonoid:1||Flavonols:1||Foam:1||Food spoilage and foodborne pathogens:1||Foodborne pathogens:1||Fouling resistance:1||Freeze casting:1||Freezing rate:1||Freezinginduced glacier moraine:1||Fucoidan:1||Gallium:1||Gelatin:1||Gelation:1||Glial cells:1||Gradient freeze technique:1||Graft copolymer:1||Granule:1||Growth from melt:1||Guided vascular network:1||Hybrid web:1||Hydrogel composites:1||IPN hydrogel:1||Icetemplated selfassembly:1||Immiscible coaxial electrospinning:1||Impact strength:1||Inclusion complexation:1||Inverse microemulsion:1||Ion exchange membranes:1||Iron oxide nanoparticle:1||Isoflavones:1||Janus Particles:1||Lascorbic acid:1||Lactocin:1||Leaf essential oil:1||Lipid assembly:1||Lyophilization:1||Melt crystallization:1||Mesocrystal:1||Metal ion adsorption:1||Metal ion binding:1||Metal ions:1||Metasequioa glyptostroboides:1||

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