ScholarWorks@Hanyang University: Jung, Kyung Young

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Jung, Kyung Young (정경영)

COLLEGE OF ENGINEERING (SCHOOL OF ELECTRONIC ENGINEERING)

Research Area: 전자파공학

Tel 02-2220-2320
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dispersive media:7||Dispersive media:7||Timedomain analysis:6||Dispersion:6||FDTD:6||Finite difference methods:6||Finitedifference timedomain (FDTD) method:5||Numerical models:4||FiniteDifference TimeDomain (FDTD) Method:4||numerical stability:4||mode matching method:4||finitedifference timedomain (FDTD) methods:4||dispersion:3||Doppler radar:3||surface plasmon polariton:3||Mathematical model:3||Numerical stability:3||Media:3||Hankel transform:3||circular aperture:3||slit:2||Wideband Antenna:2||human tissue:2||Antenna arrays:2||SIW:2||Filtenna:2||microstrip antennas:2||Antennas:2||mobile handset:2||Specific Absorption Rate (SAR):2||Electromagnetic Wave Propagation:2||Substrates:2||modematching method:2||:2||electromagnetic analysis:2||numerical accuracy:2||numerical analysis:2||electromagnetic transmission:2||Mode matching method:2||parallel processing:2||Antenna:2||Power transmission lines:2||FiniteDifference TimeDomain(FDTD):2||Dispersion model:2||plasmonics:2||Dispersive Media:2||circular polarization:2||finitedifference timedomain (FDTD) method:2||finitedifference timedomain methods:2||GPS:2||groove:2||Characteristic mode analysis:2||Computational modeling:2||Electromagnetics:1||External PD Sensor:1||Extraction Efficiency:1||Extraction efficiency:1||FDTD methods:1||FMCW radar:1||Faraday Rotation:1||Filtering:1||FiniteDifference TimeDomain:1||FiniteDifference TimeDomain Method:1||FiniteDifference TimeDomain Method (FDTD):1||Finitedifference timedomain (FDTD) methods:1||Finitedifferential timedomain method:1||Fourier transform:1||Fourier transforms:1||Frequency selective surface:1||GPS Antenna:1||Global Positioning System:1||Graphene:1||Ground Mode:1||Hankel transforms:1||Health care applications:1||Human Body:1||I:1||ISM band:1||Impedance:1||Impedance Network Boundary Condition(INBC):1||Ionosphere:1||Ionosphere.:1||Isolation:1||Leakage Current:1||Light emitting diode:1||Light extraction:1||LightEmitting Diodes (LEDs):1||Lightemitting diode:1||Lightning:1||MPI:1||Magnetic photonic crystals (MPhCs):1||Mathematical models:1||Metasurfaces:1||Microstrip Patch Antenna:1||Microstrip patch antenna:1||Mobile Phone:1||Mobile phone:1||Modified Ground Plane Structure:1||Modulated grooves:1||Monocone Antenna:1||Morphology:1||Mutual coupling:1||Negative Impedance Converter:1||Newton iterative method:1||NonFoster Circuit:1||NonFoster Matching Circuit:1||NonFoster matching:1||Numerical accuracy:1||Optical surface waves:1||Optimization:1||PIFA:1||Parallel Processing:1||Parasitic Structure:1||Partial Discharge:1||Patch antennas:1||Pattern correction:1||Perfectly Matched Layer:1||Perfectly matched layers:1||Permittivity:1||Plasmas:1||Q demodulation:1||QuasiYagi Antenna:1||RCS histogram:1||RF signals:1||Radar antennas:1||Radar applications:1||Radar cross section:1||Reflection coefficient:1||Reflector antennas:1||Refractive index:1||Resonant frequency:1||SAM Phantom:1||SAM phantom:1||SLL reduction method:1||SPPlike modes:1||Skin:1||Skin cancer:1||Slot antennas:1||Specific absorption rate (SAR):1||Spidron fractal structure:1||Surface boundary condition:1||Surface impedance:1||Surface waves:1||TEM horn antenna:1||Tablet:1||Terrestrial atmosphere:1||Transmission line matrix methods:1||UAV:1||UHF antennas:1||UWB:1||UWB antenna:1||Ultrawideband:1||WLAN:1||WLSM:1||Waveguide Adapter:1||Window:1||ZTO:1||ZnO nanorods:1||anisotropic dielectrics:1||annular slot:1||antenna:1||antenna arrays:1||antennas:1||array patch antenna:1||axial ratio:1||beamforming network:1||bioelectromagnetics:1||biomedical applications of electromagnetic radiation:1||boundary conditions:1||buckling:1||capacitance:1||cavity:1||cavity perturbation theory:1||cavitybacked antenna:1||cavitybacked circular aperture array antenna:1||chain matrix:1||chiral metamaterials:1||circular patch antenna:1||collapse:1||complex curve fitting:1||concentric corrugation:1||concrete materials:1||conducting plane:1||continuous mode:1||coplanar waveguide:1||corrugation:1||corrugation geometries:1||corrugations:1||curve fitting:1||directional emission:1||discrete mode:1||dispersion model:1||dispersive and inhomogeneous media:1||doppler radar:1||doubleridged waveguide:1||dualband:1||dusty plasma:1||eigenfunction expansion:1||eigenvalues and eigenfunctions:1||electromagnetic boundaryvalue problem:1||electromagnetic wave:1||electromagnetic wave scattering:1||enantiomer sensing:1||enhanced transmission:1||extraordinary electromagnetic transmission:1||ferromagnetic material:1||finite difference methods:1||finitedifference time domain (FDTD) method:1||finitedifference time domain method:1||finitedifference timedomain (FDTD):1||finitedifferential timedomain (FDTD) method:1||flush mountable antenna:1||frequency selective surface radome:1||geometrical optics:1||ground penetrating radar:1||hemisphere radomes:1||high gain:1||higherorder modes:1||human skin tissues:1||impedance network boundary condition:1||input impedance:1||inverse design:1||leaky spoof surface plasmon:1||low sidelobe level:1||magnetic photonic crystals (MPhCs):1||magnetized plasma:1||metalens:1||microwave:1||modal analysis:1||mode matching:1||mode matching technique:1||modematching:1||multilayer dielectric substrates:1||multilayer structures:1||numerical dispersion:1||optimization algorithm:1||organic photovoltaics:1||partial discharge:1||partial discharges:1||particle swarm optimisation:1||perfectly matched layer:1||perfectly matched layer (PML):1||physical optics:1||planar monopole antenna:1||pulse width modulation (PWM):1||radar cross section (RCS):1||radiated fields:1||radio altimeter:1||radio frequency electromagnetic interference (RF EMI):1||radio propagation:1||ray tracing technique:1||rescue radar:1||resonated loop feed structure:1||robust design:1||scattered fields:1||size reduction:1||slot:1||slot antenna:1||small antenna:1||stacked butler matrix:1||superchiral field:1||superposition:1||superstrate:1||surface corrugations:1||surface plasmon polariton like modes:1||surface waves:1||terahertz (THz):1||terahertz circular dichroism:1||time domain:1||transmission coefficient:1||transmission line model:1||transverse corrugations:1||twistedwire pair:1||ultrahigh frequency (UHF) antenna:1||viaplate capacitance:1||water channels:1||waveguidefed aperture antenna:1||24 GHz ISM band:1||2D Material:1||3D Domain Decomposition:1||3D ray tracing technique:1||3Dprinted antenna:1||3Dprinted components:1||5G:1||5G mobile communication:1||Anisotropic Magnetized Plasma:1||Anisotropic dielectrics:1||Annular aperture:1||Antenna array mutual coupling:1||Array signal processing:1||Atmospheric environments:1||Atmospheric modeling:1||Atmospheric waves:1||Attenuation:1||Biological tissue:1||Biological tissues:1||Boundary conditions:1||Broadband antennas:1||Building Structures:1||Butler matrices:1||Butler matrix:1||CRPA Array:1||Chemical Etching:1||Circularlypolarized antenna:1||Classification:1||Complex Permittivity:1||ComplexCurve Fitting:1||Complexenvelopalternatingdirectionimplicit finitedifference timedomain (CEADIFDTD):1||Complexfrequencyshifted perfectly matched layer:1||Computational electromagnetics:1||Concrete:1||Contactfree moving target sensing:1||Controlled reception pattern antenna (CRPA):1||Corrugated surfaces:1||Corrugation:1||Couplers:1||Current:1||Cutoff frequency:1||Decoupling structure:1||Defected Ground Structure:1||Delay lines:1||Dielectric Constant Measurement:1||Dispersion Model of Human Body:1||Dusty plasmas:1||Electrically Small Antenna:1||Electromagnetic Bandgap:1||Electromagnetic Propagation in Plasma Media:1||Electromagnetic propagation:1||Electromagnetic scattering:1||

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