ScholarWorks@Hanyang University: Choi, Seon Jin

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Choi, Seon Jin (최선진)

COLLEGE OF ENGINEERING (SCHOOL OF MATERIALS SCIENCE AND ENGINEERING)

Research Area: 유/무기 나노소재 합성 및 화학센서

Tel 02-2220-0410
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electrospinning:7||gas sensors:6||catalyst:4||2D materials:4||Electrospinning:4||gas sensor:4||chemiresistor:3||singlewalled carbon nanotubes:3||Chemical sensors:3||metalorganic framework:3||WO3 nanofiber:3||Gas sensors:3||flexible heater:3||Exhaled breath sensor:3||exhaled breath sensor:3||chemical sensors:3||copolymer:2||NO2 sensor:2||WO3:2||diagnosis of diseases:2||breath analysis:2||anion sensing:2||Dualhydrogen bond donor:2||WO3 nanotube:2||Pattern recognition:2||Tungsten oxide nanofibers:2||metalorganic frameworks:2||nanofibers:2||carbon nanotubes:2||Hot isostatic pressing:2||exhaled breath analysis:2||catalysts:2||Apoferritin:2||flexible gas sensor:2||biosensor:2||Graphene fibers:1||Graphene oxide:1||H2S:1||H2S sensor:1||Hierarchical porosity:1||Humidity sensor:1||Hydroelectric nanogenerator:1||IoT:1||LPNE:1||Layerbylayer self assembly:1||Length capacitance:1||Low operating temperature:1||MOSFET:1||Mechanical properties:1||Metal–organic frameworks:1||Metal oxide nanosheets:1||Metalorganic framework:1||Metalorganic frameworks:1||Metalorganic frameworks (MOFs):1||Microelectromechanical system (MEMS):1||Mn oxide:1||Mn oxide nanosheets:1||Multiwalled carbon nanotubes:1||NEMS:1||NO2.:1||Nanofiber/nanonet membrane:1||Nanosheets:1||Nitrogen dioxide:1||Nonnoble metals:1||Nucleation and growth:1||OR:1||Oxide:1||PET:1||POCT:1||PS template:1||Polystyrene beads:1||Powder metallurgy:1||Powder size:1||Precipitation:1||Protein cage:1||Pt catalyst:1||Rhodium nanoparticles:1||Ru oxide:1||Ruthenium nanoparticles:1||Selfassembly:1||Selfheating:1||Semiconducting metal oxide:1||Semiconductor metal oxide:1||Sensitivity:1||Sensitization:1||Simulated acetone breath:1||Singlewalled carbon nanotubes:1||SnO2:1||SnO2 nanofibers:1||Stability:1||Supercapacitor:1||Sustainable:1||Thermal reduction:1||Ti6Al4V:1||Toxic gas adsorption:1||Tungsten oxynitride:1||Ultrathick:1||WO3 hemitube:1||WO3 nanofibers:1||WS2:1||Water harvesting:1||Wearable:1||Wearable sensors:1||WiedemannFranz law:1||ZIF67:1||ZnO:1||air filtration media:1||alloy metal:1||amidine:1||amine receptor:1||amorphous carbon:1||apoferritin:1||band structure:1||bimetallic catalysts:1||biocompatibility:1||bioelectronic nose:1||bioelectronics:1||bioinspired catalyst:1||bioinspired catalysts:1||biomarker:1||biotemplates:1||block copolymer:1||blood temperature:1||body area sensor networks:1||breath sensor:1||carbon dioxide sensing:1||carbon nanotube:1||cellulose nanocrystals:1||chemical sensor:1||chemicalproperty:1||chemiresistive gassensor:1||chemiresistive sensor:1||chemiresistive sensors:1||chemodetection:1||conductive fiber:1||conformable sensors:1||cyclohexanone sensing:1||deprotonation:1||diagnosis:1||differential amplifier:1||electrical property:1||electrochemical microactuator:1||electrolithography:1||electrolyte contamination:1||electropolishing:1||exfoliation:1||exhaledbreath analysis:1||fast recovery:1||flash irradiation:1||flexible electronics:1||flexible sensor:1||flexible substrate:1||galvanic replacement:1||galvanic replacement reaction:1||graphene:1||graphene fibers:1||graphene oxide:1||high temperature:1||hollow catalyst:1||hollow nanowire:1||hollow structures:1||hostguestinteraction:1||human  machine interfaces:1||humidity:1||humidity sensors:1||hyaluronic acid:1||hydrogen bonding:1||interpenetrating polymer semiconductor nanonetwork channel:1||ion sensor:1||joule heating:1||liquid crystal:1||lowthermalbudget doping:1||lowvoltage electrothermal actuation:1||mechanics engineering:1||membrane process:1||metal mesh:1||metal oxide:1||metalinsulatormetal (MIM) capacitor:1||nanoelectromechanical system:1||nanomechanical encoding:1||nanopore:1||nanoporous membrane:1||nanosieve:1||nanostructure:1||nanotubes:1||nanowire array:1||nitrogen dioxide:1||nitrogen doping:1||nonvolatile memory:1||nonwoven fabric:1||odour analysis:1||olfactory receptor:1||optical sensors:1||pH sensor:1||pattern recognition:1||physical vapor deposition:1||polyimide:1||polystyrene colloids:1||polytetrafluoroethylene:1||porosity:1||porous graphene fiber:1||porous nanobelt:1||porous polymer:1||portable wireless module:1||potential energy surface map:1||power insensitivity:1||proteinencapsulated catalysts:1||protonic rutheniumoxide:1||pyridinium:1||reduced graphene oxide:1||room temperature:1||selfassembly:1||sensor:1||sheet resistance:1||silver nanowire:1||soft materials:1||squaramide:1||stacking mode:1||sub10 nm:1||surface click reaction:1||surface roughness:1||sustainable electronics:1||technology translation:1||temperature sensor:1||thermal sintering:1||thiourea:1||transfer:1||transition metal dichalcogenides:1||transmittance:1||transparent conducting electrode:1||transparent electrode:1||tunable capacitor:1||tunicate:1||twoaxis actuation:1||twodimensional:1||2D cMOFs:1||ultrasensitivity and high selectivity:1||316l stainless steel:1||3D printer:1||Acetate:1||Ag nanotube:1||Air filtration media:1||Anion sensor:1||Autonomous:1||BCC Cu:1||Below β transus temperature:1||Bimodal pores:1||Breath analysis:1||CNT fiber:1||Carbon Nanotube Fiber:1||Carbon nanotube fiber:1||Carbon nanotube fiber (CNTF):1||Catalyst:1||Catalytic deoxidation:1||Chemical sensor:1||Chemiresistive anion sensor:1||Chemiresistivetype:1||Chemiresistor:1||Co3O4 nanocubes:1||Colorimetric sensor:1||Croconamides:1||DFT calculations:1||DFT simulation:1||Deposition:1||Electrical energy generation:1||Electrostatic spraying:1||Fe10Cu:1||Flexible heater:1||Flexible sensor:1||Gas sensor:1||Graphene fiber:1||

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