ScholarWorks@Hanyang University: Kim, Do Hwan

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Kim, Do Hwan (김도환)

COLLEGE OF ENGINEERING (DEPARTMENT OF CHEMICAL ENGINEERING)

Research Area

Tel 02-2220-2617
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electronic skin:6||#8208:4||organic fieldeffect transistors:3||ionic liquids:3||photolithography:3||silicon network:2||selfhealing:2||polyurethane:2||tactile sensor:2||organic thinfilm transistors:2||electric double layer:2||pressure sensor:2||&:2||inkjetprinting:2||photopatternable:2||Organic lightemitting diodes:2||strain sensor:2||mechanotransducer:2||polymer semiconductor:2||GATE:1||GRAPHENE:1||Gaussian disorder model:1||Humanmachine interface:1||Hybrid:1||Implantable medical device (IMD):1||Inkjet printing:1||Ionbased tactile visualization:1||Ionbased tactility:1||Iontronic polymer pump:1||Kelvin probe force microscopy:1||LARGEAREA:1||Longterm plasticity:1||Lowpower:1||MATRIX:1||MEMRISTOR:1||MODULATION:1||Metal nanowire:1||Organic fieldeffect transistor:1||Organic lightemitting diode:1||Organic semiconductor:1||Organic synaptic transistors:1||POLYMERS:1||Piezo 2 protein:1||RUBBER:1||SENSOR:1||STRETCHABLE CONDUCTORS:1||SYNAPTIC PLASTICITY:1||Schottky barrier transistor:1||Selfassembly:1||Silver nanowire:1||Surface potential:1||T2:1||TACTILE:1||TRANSISTORS:1||Thermo:1||Thin film transistors:1||Ti:1||Transparent electrode:1||Triboelectric nanogenerator:1||Wireless power transfer (WPT):1||Work function:1||Xray diffraction:1||Xray scattering:1||allprinted electronic skin:1||amorphousindiumgalliumzincoxide TFT (aIGZO TFT):1||analogue &:1||anisotropy etch:1||artificial nervous system:1||attachable gas sensors:1||azide:1||beat:1||biasstability:1||bioinspired:1||biocompatibility:1||biological stimuli:1||biomedical device:1||biomimetics:1||biosensing:1||blocking force:1||blow spinning:1||capacitivetype:1||charge transport:1||chemical sensing:1||chemosensitive ECL visualization:1||compensation:1||conformable neural interface:1||continuous operation:1||coplanar structure:1||coplanar structures:1||crack:1||crosslinking density:1||deformable ionic gel:1||deformable ionic materials:1||density of states:1||dielectric layer:1||diketopyrrolopyrrolecontaining polymer:1||disital signal:1||domeshaped ion pump:1||elastic carbon nanotube microyarns:1||elastomer:1||elastomer electrolyte:1||electric double layers:1||electrochemiluminescence:1||electrode polarization:1||electromechanical conversion:1||electronic skin (eskin):1||electronic skins:1||energy harvesting:1||evaporative assembly:1||exciton scissoring:1||fieldeffect transistors:1||flexible:1||flexible display:1||flexible pressure sensor:1||flexible topgate OFETs:1||freestanding allorganic transistors:1||graphene fieldeffect transistors:1||graphene grids:1||hand gesture:1||haptic:1||healthcare:1||high aperture ratio:1||highmobility:1||highresolution organic lightemitting diodes:1||hole receptor effect:1||humaninteractive:1||humaninteractive smart devices:1||humaninteractive technologies:1||hybrid dielectrics:1||interferencefree:1||intrinsically stretchable materials:1||ionic chemiresistor skin:1||ionic effect:1||ionic electroactive polymer actuator:1||ionic interpenetrating nanofibrillar network:1||ionic mechanotransducer array:1||ionic polymer artificial mechanotransducer:1||ionic polymer gate dielectric:1||ionic polyurethane acrylate (iPUA):1||ionic skin:1||ionic tactile sensors:1||ionic thermoplastic polyurethane:1||ionic transition metal complexes:1||ionic triboelectric nanogenerators:1||ionotronic skin:1||ionssilica percolated ionic dielectric elastomer:1||iontronic graphene tactile sensors:1||kinematics:1||lightemitting polymer semiconductors:1||liquidcrystalline semiconductors:1||lowpower consumption:1||lowpower oxide transistor:1||lowvoltage operation:1||memory devices:1||metamaterials:1||microdisplay:1||microdisplays:1||microfluidic:1||microstructure:1||microstructured:1||microstructured and deformable ionic dielectrics:1||molecular packing:1||monolithic integrated circuit:1||multilevel regulation:1||multicrosslinked membraneionogel assembly:1||multifunctional:1||multilevel data storage:1||multimodal electronic skin:1||multimodal skin sensors:1||nanofloatinggate:1||nanofiber:1||nanogenerator:1||neuromorphic sensory system:1||nonfaradaic neurostimulation:1||nonvolatile memory:1||nonwoven fabric:1||nozzle clogging:1||organic electronics:1||organic image sensors:1||organic photovoltaics:1||organic semiconductors:1||orthogonal polymer semiconductor gel:1||overactivebladder syndrome:1||oxide semiconductor:1||parylene:1||perfluoroarenes:1||phosphorescent:1||photocrosslinked ionic polymer:1||photomultiplication:1||photopatterning:1||piezo&:1||piezopotential:1||pixel circuit:1||polydimethylsiloxane:1||polymer blends:1||polymer dielectric:1||polymer fieldeffect transistors:1||polymer gate dielectrics:1||polymer ion pumps:1||polysiloxane:1||poroelasticity:1||pressure:1||printed electronics:1||printing:1||resistive randomaccess memory:1||selforganization of organic semiconductor:1||semiinterpenetrating diphasic polymer network:1||sensor:1||sensors:1||sequential solution processes:1||signal multiplexing:1||siloxane side chain:1||skin&:1||smallmolecule:1||soft actuator:1||soft conductors:1||soft electronics:1||soft haptic interface:1||soft robot:1||solidstate polymer electrolytes:1||solutionprocessed aIGZO:1||solutionprocessed aInGaZnO:1||solventfree process:1||stability:1||stretchable and conformal electronics:1||submicrometer tandem electronics:1||surface structure:1||synapse:1||synapticfunctional transistors:1||tactile stimuli:1||tetrabranched photocrosslinker:1||textronics:1||thin film transistors:1||thinfilm morphology:1||thiolene chemistry:1||threedimensional grain boundaries:1||toughness:1||transistor:1||ultrasensitive:1||ultrasonic pattern:1||ultrastable materials:1||userinteractive smart devices:1||vibrotactile actuators:1||visco&:1||viscoporoelastic:1||viscoporoelasticity:1||viscoelastic:1||volatile organic compound sensors:1||volatile organic compounds:1||water proof:1||wavy silver microwires:1||wearable sensor:1||wide bandwidth:1||wireless power:1||#960:1||(X) MXene nano flakes:1||Active camouflage:1||Activematrix organic lightemitting display (AMOLED):1||Biomimetic sensors:1||C3:1||CHARGETRANSPORT:1||Confined evaporative capillary flow:1||DEVICE:1||DIO:1||Deformable:1||Dynamic multicolor electrochromic skin:1||ELECTRODES:1||Electrical stimulation:1||Electroplating:1||FILM:1||FILMS:1||Ferroelectric ion gel:1||

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