ScholarWorks@Korea University: Pak, James Jung ho

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Pak, James Jung ho (박정호)

College of Engineering

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Tel 02-3290-3238
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Electrochemistry:4||Digital microfluidics:4||Electrochemical sensor:4||Laser induced graphene:3||Nanorods:3||Zinc oxide:3||Oxygen consumption rate:3||solution process:2||Flexible sensor:2||Thin film transistor:2||Oxygen sensor:2||ZnO:2||LIG:2||Pentacene:2||resistive switching:2||Cellular respiration:2||RRAM:2||graphene:2||PDMS:2||Bluetooth:2||Singleplate configuration:2||Immunosensor:2||solutionprocess:1||Crosspoint:1||Dissolved oxyge sensor:1||H7N9:1||ZnO nanorods:1||Preconcentration:1||Silk protein:1||nondispersive infrared (NDIR):1||stairtapered reflector:1||Post Annealing Effect:1||Array type:1||nanobio sensors:1||H1N1 Swine Influenza Virus:1||electrowetting:1||Lowvoltage electrowetting:1||Transdermal drug delivery:1||Silk fibroin:1||Graphene Oxide:1||Droplet transport:1||Catalytic combustion:1||selfarrangement:1||Contact resistance:1||Singlewalled carbon nanotubes:1||Atomic layer deposition (ALD):1||Solution process:1||Bismuth:1||disposable:1||NH3 sensor:1||CubeSat:1||STDP:1||resistive switching random access memory:1||TiOx/TiOy bilayer:1||Copper nanocubes:1||Hydrogen peroxide:1||Transfer:1||Nonpolar:1||Influenza virus:1||Linear CCD:1||EnzymeFree Electrochemical H2O2 Sensor:1||scattered ray:1||organicinorganic heterojunctions:1||Organic Thin Film Transistor:1||stacked graphene:1||droplet transport:1||Electrowetting force:1||Thermoelectrochemical method:1||Amorphous indium gallium zinc oxide:1||Clarktype sensor:1||Flexible tactile sensor array:1||Interconnection terminals:1||a bioderived material:1||gastroscopes:1||High performance:1||Simple fabrication:1||Meters:1||Monitoring:1||pH sensor:1||Molybdenum oxide (MoO3):1||nonenzymatic sensors:1||Resistive switching:1||Embedded layer:1||BasalPlane Stacking Fault:1||H1N1:1||H5N1:1||Ion exchange membrane:1||Square wave voltammetry:1||Ozone:1||Flexible:1||UV lens:1||TFT multilayer:1||GraphenePDDAIron Oxide NP Composite:1||Large Detection Range:1||Nanopores:1||Electrochemical Oxidation:1||Electrochemical Exfoliation:1||ZnO Nanorods:1||packaging:1||IAFM:1||MWCNTs:1||multichannel electrode:1||zebrafish chorion:1||SnO2:1||Laserinduced graphene (LIG):1||Laserinduced graphene fiber (LIGF):1||industrial fermentation:1||pipette:1||Nanoparticles:1||Enzymatic sensor:1||selfgrown nanostructures:1||NiCl2:1||Oxygen plasma treatment:1||bilayer:1||room temperature:1||PVA:1||Palladium:1||Immunosensor chip:1||Android:1||MIM:1||ReRAM:1||Low flow velocity:1||Schottky Barrier:1||Tunneling Barrier:1||GraphenePDDA Buckypaper:1||Glucose biosensor:1||Line illumination:1||Organic electronics:1||ZnO Nanorods Networks:1||ZnO Nanorod Networks:1||Biodegradable microneedle:1||Hydrophilic:1||NanoFabrication:1||Hybrid:1||Transmission line method (TLM):1||Reservoirtype:1||oxygen consumption rate:1||cellular respiration level:1||Mitochondrial DNA:1||Solidphase synthesis:1||polydimethylsiloxane (PDMS):1||UV irradiation:1||Contamination:1||Probes:1||pn heterojunction:1||Ultra sensitivity:1||multiarray:1||payload:1||Gibbs free energy:1||Multiwell based sensor array:1||graphene oxide:1||resistive random access memory:1||Wireless communication:1||Copper:1||Carrier Localization:1||Potentiostat:1||RESET:1||SET:1||Legionella pneumophila:1||epidural ECoG:1||flexible photodetectors:1||Poly4Vinylphenol:1||Aptasensor:1||threshold voltage:1||contact angle hysteresis:1||adhesive friction:1||Twinplate electrowetting:1||CMOS image sensor:1||Wettability:1||Superhydrophobic:1||Electrowetting:1||MEMS:1||Organic photodiodes:1||Polymer sensors:1||Crosslinked poly4vinylphenol:1||Polyethersulphone:1||Aluminum oxide (Al2O3):1||Polymer MEMS:1||Gold electrode arrays:1||Plasmatreatment:1||Biomedical electrodes:1||muscle action potential:1||Flexible ReRAM:1||ZrO2:1||Sensors:1||Crosscontamination:1||Porous laserinduced graphene:1||electrochemical detection:1||electrochemical:1||detector:1||synaptic device:1||UV:1||SnOx:1||Dissolved oxygen sensor:1||Multidetectable:1||Estradiol:1||Graphene oxide:1||Drift mobility increment:1||Conductive:1||Fieldeffect transistor:1||pentacene:1||enzyme. biosensor:1||Spectrophotometry:1||Transparent:1||Hydrogen gas sensor:1||Laser Interference Lithography:1||Piezoelectric effect:1||Schottky contact:1||Selective growth:1||droplet microgripper:1||Inverter:1||Organic photosensors:1||Photoconductors:1||Selfarrangement:1||P19 EC stem cell:1||comparison:1||hanging drop:1||Laserinduced graphene:1||Heavy metal sensor:1||Nanocubes:1||laserinduced:1||cobalt oxide:1||glucose sensor:1||structural elucidation and morphology evolution:1||Ti/ZnO/ITO RRAM:1||multimodal:1||electrode:1||thin film:1||Cell metabolism:1||Neuromorphic:1||Android application:1||Portable potentiostat:1||Glucose:1||Self assembled monolayer:1||Corona flow sensor:1||GrapheneZnO NWs Heterojunctions:1||ThreeTerminal Operation:1||Graphene FET biosensor:1||braincomputer interface:1||Graphene Buckypaper:1||silicon nanomembranes:1||inverse opal:1||graphene electrochemistry:1||LED:1||Hydrothermal method:1||Surface treatment:1||. Solder bump:1||electronic packaging:1||Oxide thin film transistor:1||Rapid thermal annealing:1||Solder balls:1||Electrowetting on dielectric (EWOD):1||Electrochemical DNA sensor:1||Single nucleotide polymorphism:1||Flexible biosensors:1||differentiation:1||intralesional injections:1||Pollution measurement:1||Chemical Bath deposition (CBD):1||PdCu:1||electrocatalysis:1||optical:1||endurance:1||analog resistive switching:1||filamentary switching:1||Synaptic application:1||GaN:1||Amperometry:1||LowTemperature Annealing:1||Enzyme stabilization:1||Inspection:1||neural prosthetics:1||Electrochemical exfoliation:1||Molybdenum disulfide:1||2D material:1||Angle of incidence:1||Polyethylene Naphthalate:1||Electrochemical Immunosensor:1||Thrombin:1||Electrowetting configurations:1||Hemoglobin concentration measurement:1||Blood analysis:1||Biomedical engineering:1||biomedical electrodes:1||polyimide (PI) films:1||Nanoscale Patterns:1||Flexible organic thinfilm transistors:1||Surface wettability:1||amperometry:1||impedance:1||gastric cancer:1||electric impedance:1||lowtemperature:1||Electrodes:1||alphaFe2O3graphene oxide:1||Structural analysis:1||Magnetic properties:1||Lactate sensor:1||oxygen vacancy:1||

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