ScholarWorks@SUNGKYUNKWAN UNIVERSITY: BAIK, JEONG MIN

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BAIK, JEONG MIN (백정민)

Engineering (Advanced Materials Science and Engineering)

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sub>:3||Triboelectric nanogenerator:3||/sub>:3||3D printing:2||transition metal dichalcogenides:2||Oxygen evolution reaction:2||PNNPZT:2||lowtemperature sintering:2||bifunctional electrocatalyst:2||piezoelectric actuator:2||energy harvesting:2||Thermoelectric generator:2||Lowtemperature:2||2<:2||:2||templated grain growth:2||textured piezoelectric ceramic:2||Composites:1||Contact electrification:1||Contactless mode triboelectric nanogenerators:1||Continuous operation:1||Coupling effect:1||CuO–CeO2 nanoheterostructures:1||CuOCeO<:1||Cyanometallate coordination polymer:1||D. Perovskites:1||Decentralized water supply:1||Delta Sigma current detector:1||Desalination:1||Dielectric properties:1||E. Actuators:1||Energy Materials:1||Energy harvesters:1||Enhanced light absorption:1||Enhanced stability:1||Environmentadaptable continual learning:1||Environmental monitoring:1||FDTD simulation:1||Flexible tactile sensor:1||Frequency bandwidth:1||Frequency regulator:1||Functionalization:1||Gas detectors:1||Gas sensor:1||Gases:1||Geartrain:1||Governor:1||Ground connection:1||Harsh environment–tolerant:1||Heat reservoir:1||Heterogeneous structure:1||Hexamethyldisiloxane:1||High responsivity and good detectivity:1||HighResistanceGround (HRG):1||Hightemperature operation:1||Highly stable hydrogen detection:1||Hybrid energy harvester:1||Hybrid energy harvesting:1||Impedance reduction:1||Insitu/Operando studies:1||Indoor electronic device:1||Induced charges:1||Inherent catalytically surface:1||Interfacial band alignment engineering:1||Internet of Things:1||Ions injection:1||LaxSr1xCoyFe1yO3 double perovskite:1||Light absorber:1||Low emissivity:1||Low grade waste heat:1||Low temperature synthesis:1||Membrane distillation:1||Metaldielectricmetal:1||Microbolometer:1||MoSe2<:1||Multiresonance beam array:1||N doped graphene quantum dots:1||Ndoped graphene quantum dots:1||NH<:1||Nextgeneration gas sensors:1||OER electrocatalyst:1||Organic solar cell:1||Pattern recognition:1||Pattern recognition algorithm:1||Perovskite:1||Perovskite oxides:1||Perovskites:1||Photopolymerization:1||Photothermal properties:1||Piezoelectric energy harvesting:1||Piezoelectric polymer composites:1||Piezoelectric properties:1||Piezoelectricity:1||Pyroelectric:1||Pyroelectric Nanogenerators:1||ROIC:1||Reduced graphene oxide:1||Reduced graphene oxides:1||Resistance:1||SCR DeNOx catalysts:1||SO<:1||SO2 resistance:1||SelfPowered sensors:1||Selfcalibration:1||Sensor array:1||Slidingmode triboelectric nanogenerator:1||Solar absorber:1||Speed sensor:1||Structural nonlinearity:1||Substitution:1||Synergetic effects of catalytic and redox reactions:1||Thermal energy harvesting:1||Thermoelectricity:1||Thermogalvanic:1||Thermomagnetic:1||Ti/MgF2 infrared absorber:1||Training:1||Transitionmetal:1||VO2(B):1||Vanadate:1||Water resistance:1||Zincoxide nanowires:1||ZnO:1||adaptive clamps:1||adhesion energy:1||adsorbate evolution mechanism:1||analogassisted:1||and water resistance:1||antiadhesion layer:1||applications:1||artificialsynaptic device:1||autonomous resonancetuning:1||bidirectional bending sensor:1||bifunctional catalyst:1||binderfree catalyst loading:1||boosted output voltage:1||carbon nanomesh:1||chemical vapor deposition:1||circuits:1||coalesced doping:1||coupled effects:1||crossphase bridge:1||current sensing:1||density functional theory:1||descriptor:1||device designs:1||doping concentration:1||ecofriendly triboelectric nanogenerator:1||edgecomputing:1||electrocatalysis:1||electrochemical:1||electrochemical water splitting:1||epitaxial PZT film growth:1||ferroelectric fieldeffect transistors (FeFETs):1||ferroelectric materials:1||flexible electrode:1||flexible transparent heater:1||gas sensor:1||gas sensors:1||graphene:1||graphene nanosheets:1||heterostructure:1||hierarchical structure:1||high current density:1||hydrogen evolution:1||hydrogen evolution reaction:1||kinetic energy harvesting:1||less sensitive to strain:1||low power consumption:1||mass transfer:1||mechanical energy:1||mechanical regulation system:1||mechanical systems:1||metal oxide nanowire:1||metal oxide semiconductors:1||molybdenum disulfide:1||multigas sensor:1||multisensor:1||multidimension:1||nanoheaters:1||nanowire junction networks:1||naturederived biomaterials:1||near field communication:1||noncontact mode:1||overall water splitting:1||oxygen evolution:1||p>:1||pn junction:1||pattern recognition:1||peelandpick process:1||perovskite oxide:1||perspiration electric generatorbased fibers:1||piezoelectric:1||piezoelectric ceramics:1||piezoelectricity:1||reaction promoter:1||readout integrated circuit:1||refined biomaterials:1||resistance sensing:1||ripple effect:1||selfoptimization:1||selfpowered sensor:1||semiconductortype:1||size effect of nanocatalysts:1||substitutional doping:1||surface reconstruction:1||surface stability:1||suspended 1D architectures:1||suspended architecture:1||synaptic weight plasticity:1||thermoelectric generators:1||triboelectric:1||triboelectric charges:1||triboelectric generatorbased fibers:1||triboelectric nanogenerators:1||tribomaterials:1||tuning beam:1||ultralow power:1||unrefined biomaterials:1||waferscale growth:1||wearable energy harvesting:1||wovenstructured energy harvesters:1||<:1||SCR:1||/p>:1||3<:1||A. Powders: solid state reaction:1||Acidic conditions:1||Amphiphobic surfaces:1||Automatic switching:1||Bifunctional electrocatalyst:1||C60containing block polyimide:1||CMEMS:1||C. Piezoelectric properties:1||Calibration:1||Cantilever cooling:1||CeO2:1||Ceramics:1||

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

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