ScholarWorks@Hanyang University: Kim, Sang tae

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Kim, Sang tae (김상태)

COLLEGE OF ENGINEERING (DEPARTMENT OF NUCLEAR ENGINEERING)

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Tel 02-2220-0466
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gas sensor:2||PVDF:2||Gas sensor:2||piezoelectric:2||Internet of things:2||Atomic layer deposition:1||Automatic resonance tuning:1||Broad bandwidth:1||Carbon nanotube mesh:1||Carbon nanotubes:1||Cladding:1||Combustion synthesis:1||Composite electrodes:1||Concentrating photovoltaics:1||Displacement amplification:1||Double dielectric layer:1||Earth observation:1||Electric field propagation:1||Electrochemical thermopower:1||Electrochemical waste heat harvesting:1||Electrochemistry:1||Electrode:1||Electromagnetic energy harvester:1||Electron backscatter diffraction (EBSD):1||Electronic properties:1||Electronic structure calculations:1||Energy harvesting:1||Facet selective surface treatment:1||Finger energy harvesting:1||Finite element analysis:1||Firstprinciple study:1||Flexible batteries:1||Flexible piezoelectric touch sensors:1||Fracture toughness:1||Ge orientation dependence:1||Ge/aGeO2 interface layer:1||Genetic algorithm:1||Glancing angle deposition:1||H2 sensors:1||H2 switches:1||Highk dielectric:1||Hybrid energy harvester:1||Hydride blister:1||In2O3 nanocolumn:1||InP quantum dots:1||Indium oxides:1||Interdigitated electrodes:1||Iron oxide:1||Irradiation:1||KClUCl3:1||Laser liftoff (LLO):1||Li Alloys:1||Liion battery:1||LiFe1xMnxPO4:1||Ligated surfaces:1||Liquid coordination complex:1||Lithium thinfilm battery:1||Lithiumion batteries:1||Low grade waste heat:1||Metal oleate:1||Metalfree generator:1||Metastable phase stabilization:1||Microcantilever:1||Miniaturization:1||MoS2:1||Molecular dynamics:1||Molten salt nuclear fuel:1||Molten salt reactors:1||NO 2:1||NO2:1||Nanocolumnar thin films:1||Nanocomposite:1||Nanorods:1||Nitrogen dimer vibration in a lattice:1||NonVolatile Actuation:1||Nuclear energy:1||Octahedral BeO6:1||Offaxis deposition:1||Olivine:1||Onsite installation study:1||Optimization of mechanical damping:1||PZT:1||Pd:1||Phonon dispersion relation:1||Photovoltaicthermoelectric hybrid generator:1||Piezoelectric:1||Piezoelectric energy harvester:1||Piezoelectric energy harvesting:1||Piezoelectric polymer:1||Piezoelectricpolymers:1||Pixelation:1||Polarizable ion model:1||Porous structure:1||Primary water stress corrosion cracking:1||Proportionality:1||Pyroelectric:1||Quantum dots:1||Radiation resistance:1||Reconfigurability:1||Remote sensing:1||Repeat ground tracks:1||Roadway energy harvesting:1||Rocksalt:1||Room temperature:1||Rupture disk corrosion test:1||SCC initiation:1||Satellite constellation:1||Scalable fabrication:1||Selfpowered:1||Simulated annealing:1||Smart highway:1||Smart lenses:1||Structural properties:1||Supercapacitors:1||Surface polarization:1||Tactile sensors:1||Thermal energy harvesting:1||Thermoelectrics:1||Thermogalvanic:1||Thermomagnetic:1||Tin dioxide:1||Tin nitride:1||Tin oxynitride:1||Traffic induced energy:1||Transparent:1||Triboelectric generator:1||Triboelectric nanogenerator:1||Triboelectricity:1||Vapor encapsulation casting:1||Wafer bonding:1||Zirconiumbased claddings:1||adaptive clamps:1||air gap capacitance:1||asymmetric channel structure:1||autonomous resonancetuning:1||averaged energy efficiency:1||biospheric monitoring:1||chemical vapor deposition:1||coarsegrained simulations:1||current duration:1||edge site:1||energy harvesting:1||ferroelectric:1||gas sensors:1||graphene oxide membrane:1||heterojunction:1||humidity:1||ionic conduction:1||ionic current rectification:1||malaria:1||mechanical fatigue resistance:1||morphological evolution:1||multiscale modeling:1||nanogenerator:1||nanostructure:1||nanostructure platform:1||osmotic power generation:1||red blood cells:1||remnant polarization:1||room temperature:1||satellite constellation:1||shear modulus:1||small satellite:1||stiffening:1||synthetic aperture radar:1||time&:1||triboelectricity:1||#8208:1||tuning beam:1||Ab initio calculations:1||Alloy 600:1||Aluminum1D nanostructures:1||Artificial Muscles:1||

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