ScholarWorks@SUNGKYUNKWAN UNIVERSITY: SUK, JI WON

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SUK, JI WON (석지원)

Engineering (Mechanical Engineering)

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Graphene:8||graphene:6||graphene oxide:4||Reduced graphene oxide:4||Graphene oxide:3||Deflection:2||reduced graphene oxide:2||Dye removal:2||Electrical conductivity:2||Membrane:2||interlayer separation:2||artificial muscle:2||Chitosan:2||graphene paper:2||supercapacitor:2||bionic arm:2||Atomic force microscopy:2||chemical vapor deposition:2||Exfoliation:2||Adhesion:2||2D materials:2||Mechanical properties:2||grain boundaries:2||powder:2||activated graphene:2||Composites:2||adhesion energy:2||Fracture test:1||Glass fiber:1||Graphene fiber:1||Human motion detection:1||Hysteresis:1||Interface:1||Interfacial resistance:1||MoS2:1||Molybdenum disulfide:1||Monolayer:1||Nondestructive testing:1||Paper:1||Particle size:1||Seebeck coefficient:1||Shear modulus:1||Silicon oxide:1||Silver nanowires:1||Soft actuator:1||Soft robot:1||Solid oxide fuel cells:1||Solution processability:1||Strain sensor:1||Stretchability:1||Stretchable strain sensors:1||Taylorcouette flow:1||Thermal annealing:1||Thermocouple:1||Transfer:1||Transparent electrode:1||Twisted and coiled actuators:1||Wastewater treatment:1||Wrinkle:1||a4v(Graphene):1||adhesion:1||adhesion strength:1||adhesive interactions:1||adsorption:1||ammonia:1||anticorrosion:1||atmosphericpressure microwave plasma:1||biomedical device:1||biomimetic mechanism:1||blow spinning:1||chitosan:1||cohesion energy:1||coiled actuator:1||compression:1||conducting wrinkles:1||copper:1||copper mesh:1||dialysis cellulose:1||dielectric performance:1||double cantilever beam:1||dry transfer:1||electrical conductivity:1||electrochemical exfoliation:1||energy:1||energy harvesting:1||epoxy:1||failure:1||fewlayer graphene:1||fiber supercapacitors:1||filtration membrane:1||flexibility:1||fracture:1||gasphase synthesis:1||graphene fiber:1||graphene transfer:1||graphitic carbon nanoparticle:1||heterostructure:1||interface:1||interface engineering:1||interferometry:1||interlayer:1||joule heating:1||mechanical transfer:1||microwave irradiation:1||multifunctional:1||nanofiber:1||nanoindentation:1||nitrogen:1||nonwoven fabric:1||organic dye removal:1||paper:1||particle size:1||plasmaenhanced chemical vapor deposition (PECVD):1||polycrystalline:1||polymer:1||polymer composite membrane:1||porous structure:1||precursor:1||pressure sensor:1||range:1||rate effects:1||selective transfer:1||silicon:1||silver nanowires:1||soft actuator:1||solid oxide fuel cells:1||space charge polarization:1||strain sensor:1||strength:1||temperature sensor:1||textronics:1||tractionseparation relations:1||transition metal dichalcogenides (TMDs):1||triboelectric nanogenerator:1||wearable device:1||wet spinning:1||냉각:1||복합재료:1||소프트 액추에이터:1||(Carbon nanofiber):1||탄소나노튜브:1||(Kirigami):1||3D (3D printing):1||??(Strain sensor):1||Adhesion energy:1||Adsorption:1||Adsorptive membrane:1||Ag ink:1||Ag nanostructure:1||Alkane Hydrocarbon:1||Artificial muscle:1||Carbon nanotube:1||Chemical Vapor Deposition:1||Coating:1||Composite fiber:1||Composite hydrogel:1||Conductive atomic force microscopy:1||Contact coverage:1||Continuous production:1||Cooling:1||CouetteTaylor reactor:1||Electronic textile:1||Electrostatic spray deposition:1||Filtration:1||Finite element analysis (FEA):1||Flakes:1||Flexible temperature sensor:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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