ScholarWorks@Hanyang University: Kim, Jong Man

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Kim, Jong Man (김종만)

COLLEGE OF ENGINEERING (DEPARTMENT OF CHEMICAL ENGINEERING)

Research Area: 유기나노소재

Tel 02-2220-0522
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polydiacetylene:32||Polydiacetylene:18||conjugated polymer:9||Fluorescence:7||conjugated polymers:5||sensor:5||inkjet printing:5||fluorescence:5||electrospinning:5||Fluorescence patterning:5||Colorimetric:4||selfassembly:4||sensors:4||Microfluidic chip:4||solvatochromism:4||Sensor:4||rewritable paper:3||films:3||polyaniline:3||PEDOT:PSS:3||microfiber:3||Conjugated polymer:3||sweat pore mapping:3||Polyaniline:3||perylene diimide:3||polydimethylsiloxane:3||thermochromism:3||Photo acid generator (PAG):3||Conducting polymer:3||conducting polymer:3||Thermochromism:2||erasable ink:2||Chemosensor:2||microarray:2||electrochemistry:2||photolithography:2||temperature monitoring:2||Fluorometric:2||polydiacetylenes:2||Polydiacetylene vesicles:2||micropatterning:2||microfluidic chip:2||Amine sensor:2||polymers:2||Phenoxyquinone:2||Electrospinning:2||Polydiacetylene sensor:2||Photochromic:2||Triphenylmethane:2||lightresponsive:2||diarylethene:2||paper display:2||inkjet printing:2||3D hydrodynamic focusing:2||HBV:1||Hemoglobin:1||High conductivity:1||Hole transport layer (HTL):1||Hydrogen bonding:1||Hydrophilic Polymer:1||Indigo:1||Ionic polyacetylene:1||LangmuirBlodgett:1||Liposomes:1||Logic gate:1||Lysophosphatidylcholine:1||MITOCHONDRIA:1||Macrocycle:1||Macrocyclic Diacetylene:1||Macrocyclic diacetylene:1||Mechanoluminescence:1||Michler&apos:1||MicroContact Printing:1||Microcontact printing:1||Microcalorimetry thermograms:1||Microdimple:1||Microfiber:1||Microfluidic gradient sensor:1||Microfluidics:1||Micromixer:1||Micropattern:1||MiniSOG:1||Nanovesicle:1||Nitinol alloy:1||Oligomer:1||Organic display:1||Organic lightemitting diodes (OLEDs):1||PANI:1||POLYMERIZABLE SUPRAMOLECULAR (PS) SENSOR:1||PPV:1||Pattern:1||Peptide Nanofiber:1||Perfluorooctane sulfonic acid:1||Permeability:1||Perovskite lightemitting diodes (PeLEDs):1||Perylene diimide:1||Phase transition:1||Photolithography:1||Photoactive:1||Photochromic compounds:1||Photochromic sensor:1||Photochromism:1||Photodynamic therapy:1||Photolithography:1||Polydi acetylene:1||Polydiacetylene nanoparticles sensor:1||Polydimethylsiloxane:1||Polymer film:1||Polymerization temperature:1||Precursor approach:1||Protein cyclization:1||Protein delivery:1||Pulse width modulation:1||Pyrene:1||Quinizarin:1||RAFT polymerization:1||ROS:1||Reduction:1||Responsive materials:1||Retro DielsAlder reaction:1||Reversible thermochromism:1||Selfassembly:1||Silver nanoparticle:1||Singlet oxygen:1||Sizecontrol:1||Solvatochromism:1||Spincoated film:1||Stability:1||Stent:1||Surface modification:1||Sweat Pore Mapping:1||Synthesis:1||Temperature:1||Tetrahydrofuran sensor:1||Thymine:1||Topochemical polymerization:1||Transfection:1||Triboluminescence:1||Triethylamine:1||UV irradiation:1||Unnatural amino acids:1||Urease sensor:1||VOC sensor:1||Vancomycin Sensor:1||Vesicle:1||Water Detection:1||Waterstable:1||Zwitterionic PEG:1||actuator:1||alkylamines:1||amino acids:1||ammonia sensor:1||azobenzene:1||bacteria sensor:1||batteries:1||benzophenone derivatives:1||biointerfaces:1||biological actuators:1||biotin:1||boronic acid:1||carbondots:1||cellulose acetate butyrate:1||chemical amplification:1||chemosensors:1||chloroform:1||chromogenics:1||coadsorbents:1||color transition:1||colorimetric:1||colorimetric biosensors:1||colorimetric sensor:1||colorimetry:1||composite nanostructures:1||cotton:1||counterfeitproof:1||dense packing:1||directly writable:1||drug resistance:1||dyesensitized solar cells:1||electroactuation:1||electrohydrodynamic jet printing:1||electron recombination:1||electrothermochromism:1||energy conversion:1||exfoliation:1||failure analysis:1||fiber:1||fingerprint analysis:1||fluorescence patterning:1||fluorescent sensor:1||fountain pen approach:1||functional materials:1||hepatitis B virus:1||honeycomb:1||hot carrier:1||hot spot:1||hydrocarbon:1||hydrocarbons:1||hydrochromic:1||hydrochromic sensor:1||immobilization:1||in vitro:1||intercalation:1||irradiation:1||kinetic and thermodynamic pathway:1||labelfree sensor:1||lamivudine:1||latent fingerprint:1||layered structures:1||lead ion sensor:1||lightinduced selfassembly:1||liposome:1||lithography:1||macrocycles:1||magnetic nanoparticle:1||magnetite:1||mechanochromism:1||membrane:1||meniscus guided fabrication:1||micro/nanostructures:1||microfluidic:1||micromolding in capillaries:1||micropattern:1||morphology:1||multicoreshell:1||nanofiber patterning:1||nanosheets:1||office inkjet printer:1||oligonucleotide DNA chip:1||organic:1||organic supercapacitor:1||pHresponsive sensor:1||paper:1||paper electronics:1||paper sensor:1||paper substrate:1||pathway complexity:1||pattern:1||patterned Images:1||patterned imaging:1||penonpaper:1||percutaneous absorption:1||phase transition:1||photoacid generator:1||photocatalysis:1||photochromism:1||photoisomerization:1||photoresist:1||photosensitizer:1||poly(3,4ethylenedioxythiophene):polystyrene sulfonate (PEDOT:PSS):1||poly(vinyl alcohol) (PVA) film:1||polyacetylenes:1||polycrystalline silicon (polySi):1||polydiacetylene (PDA):1||polydimethylsiloxane (PDMS):1||polymer blend:1||polymer film:1||polystyrene:1||precursor approach:1||precursors:1||reactive inkjet printing:1||reliability:1||replicamolding:1||responsive materials:1||ringopening polymerization:1||s ketone:1||siloxanes:1||smartphonebased detection:1||sodium:1||spiropyran:1||stimulusresponsive materials:1||streptavidin:1||supercapacitor:1||supramolecular structure:1||supramolecular structures:1||supramolecule:1||supramolecules:1||surfaces:1||surfactin:1||thermal imaging:1||thermofluorescence:1||thermochromic sensor:1||thermochromic transition:1||thermoresponsive block copolymer:1||thinfilm transistor (TFT):1||thioglycolic acid salt:1||triazine:1||triphenylmethane:1||unusual polymerization:1||viral microfabrication:1||volatile organic compounds:1||watersoluble gold nanoparticles:1||wave treatment:1||wetspinning:1||2D Nanosheet:1||xanthatetype agent:1||2D materials:1||2D patterning:1||3D direct writing:1||3D microstructures:1||ATMOSPHERIC PRESSURE ARGON PLASMA JET (ARPJ):1||Agarose:1||Ammonia sensor:1||Antimicrobial:1||Antimicrobial agent:1||Atherosclerosis:1||Azobenzene:1||BIOPLASMA:1||Benzil:1||Benzotricarboxamide:1||Biothiol:1||Bisthienylethene:1||Blood compatibility:1||Brij 72:1||Cationic Polydiacetylene Liposome:1||Chemical stability:1||Chromophore:1||CoAssembly:1||Color patterns:1||Colorimetric and fluorometric:1||Colorimetric and fluorometric sensor:1||Colorimetric fluorescent:1||Colorimetric sensing:1||Colorimetric transition:1||Colorimetry:1||Covalent surface modification:1||Crayon:1||Cyanide sensor:1||Cyclodextrin:1||DNA Detection:1||Diaminotriazine:1||Directly writable:1||Dyesensitized solar cell:1||Electrolyte:1||Electrophoretic:1||Electrospun fibers:1||FRAGMENTED:1||FRET:1||Fe(III) ion:1||Filamentous virus:1||Fingerprinting:1||FloryHuggins theory:1||Fluorescence Sensor:1||Fluorescencecontrol:1||Fluorescent imaging:1||Fluorescent probes:1||Gel to fluid transition:1||Gene Delivery:1||Gold nanoparticles:1||

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