ScholarWorks@Hongik: Lee, Jeong Hae

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Lee, Jeong Hae (이정해)

Engineering (Electronic & Electrical Engineering)

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Tel
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metamaterial:10||metamaterials:8||metasurface:7||PIN diode:6||Metasurface:6||aperture efficiency:6||Babinet&apos:6||GSTCs:5||Metamaterial:5||s principle:5||Davidenko&apos:5||phase quantization:4||TM010 mode:4||Harmonic Suppression:4||s Method:4||wireless power transfer (WPT):4||Partial Hplane Filter:4||Array Antenna:4||Circular Dielectric Rod:4||zerothorder resonance (ZOR):4||Leaky Mode:4||retrodirectivity:4||mutual coupling:3||Quantization (signal):3||Broad Bandwidth:3||Meandered Via:3||s law:3||ZerothOrder Resonance(ZOR):3||Generalized Snell&apos:3||magnetic resonance coupling:3||Radar Detector:3||omnidirectional CP antennas:3||metascreen:3||PIN photodiodes:3||:3||1bit:3||waveguide:3||munegative (MNG):3||dualband:3||wideband:3||lefthanded transmission line:3||wireless power transmission (WPT):3||Phased arrays:3||Transmitting antennas:3||relay resonators:3||Broadband:3||Double Negative(DNG) Medium:2||partial Hplane filter:2||partial Hplane waveguide:2||Double Negative(DNG) Transmission Line:2||patch antenna:2||pentaband:2||Double Positive(DPS) Medium:2||Circular polarization (CP):2||Apertures:2||piecewise linear recursive convolution (PLRC):2||MultiLayered Substrate.:2||Surface Wave:2||Genetic Algorithm:2||epsilon negative transmission line:2||Dualband CP antennas:2||Tequivalent circuit:2||Circularly polarized antennas:2||TM010 Mode:2||Group Velocity:2||Mushroom Structure:2||Hplane Filter:2||Transmission Line Theory:2||Mutual coupling:2||Transmitting antenna:2||Duplexer:2||first negative:2||retrodirective:2||first negative mode:2||Triple Band:2||first positive:2||NRD Guide:2||Complex Propagation Constant:2||selective WPT:2||folded mushroom:2||folded parasitic patch:2||Unidirectional Dielectric Radiator(UDR):2||Near field steering:2||frequency 5:2||Harmonics Mode Suppression:2||frequency selective surfaces:2||NonRadiative Dielectric(NRD) Rotman Lens:2||EMI/EMC:2||Normalized Attenuation Constants.:2||Wireless Power Transfer(WPT):2||Normalized Phase Constants:2||Nrd Guide.:2||ENG:2||generalized sheet transition conditions:2||High Permeability Substrate:2||genetic algorithm:2||ground plane size:2||Optical transmittance:2||Wireless power transfer:2||Composit RightLeft Handed(CRLH):2||superstrate antenna:2||Zparameter:2||surface admittance:2||surface impedance:2||surface plasmon polariton:2||ZOR antenna:2||ZerothOrder Resonance:2||ZerothOrder Resonance (ZOR):2||Admittance Inverter with Attenuation Pole:2||PDP:2||three states:2||Zerothorder resonance(ZOR) antenna(626):2||Composite right and lefthanded(CRLH):2||Electric Dipole Radiation:2||hybrid metamaterial:2||hybrid metamaterial (HMTM):2||transmitting antennas:2||twoport network theory:2||Absorbing Boundary Condition(ABC):2||viafree:2||isolation:2||Anisotropic Perfectly Matched Layer(APML):2||Partial HPlane Filter:2||alignmentfree resonators:2||Partial Hplane Waveguide:2||Active Element Pattern:2||zerothorder resonance:2||Epsilon Negative (ENG):2||Iriscoupling:2||Perfect Magnetic Conductor(PMC):2||Periodic Structure:2||Periodically Loaded Conducting Posts In A Waveguide:2||Phase Noise:2||—1 Mode:2||Piecewise Linear Recursive Convolution(PLRC):2||Epsilon negative:2||Polarizability:2||beam scanning:2||beam steerable array:2||beam steering:2||ABCD matrix:2||broad beamwidth:2||DNG structure:2||metasurface absorber:2||Equivalent Circuit Model:2||circular polarization:2||circular polarization (CP):2||circular polarized:2||FM Reflectometry:2||Radar Detector Sensitivity:2||Magnetic Resonance Coupling:2||Feeds:2||Aperture Coupling:2||Filter:2||Finite Difference Time Domain(FDTD):2||Cavity Filter:2||Cavity Resonator Oscillator:2||Reflection:2||Bandstop Filter:2||Reflector antennas:2||defected ground structure:2||defected ground structure (DGS):2||Folded Parasitic Patch:2||multiple beamforming:2||mushroom:2||Retrodirective Metasurface:2||dispersion:2||Metamaterials:2||nearfield region:2||Aperture Theory:2||Metascreen:2||nonadjacent coupling:2||ShortOpen Resonance:2||nonradiative dielectric (NRD) guide:2||Shorted Pin Patch:2||Frequency Scanning Antenna:2||dual band:2||Size of Filter Reduction:2||Circular Polarization(CP):2||Relay Resonators:1||Resonant frequency:1||Rhombus tiling:1||Rotman lens:1||SOFTSurface:1||Selective WPT:1||Side Lobe Level:1||Single Feed:1||Slot antennas:1||Small Antenna:1||Soft Surface:1||Soft surface:1||Spatial freedom:1||Square Patch:1||Stub:1||Superposition:1||Superstrate antenna:1||Surface wave:1||Switches:1||TL):1||TM010Mode:1||TRL Calibration Method:1||Tiling:1||Transmittance:1||Trimetal layer electrode:1||TwoPort Network Theory:1||Unequal Impedance Array Antenna:1||Unit Cell:1||UnitCell Size:1||Waveguide Measurement:1||Wide 3 dB axial ratio beamwidth antennas:1||Wide angle:1||Wireless Charging:1||Wireless Power Transfer.:1||Wireless Power Transmission:1||Wireless Power Transmission.:1||Wireless communication link:1||Wireless link:1||Wireless power transfer (WPT):1||ZerothOrder Resonator:1||Zerothorder resonance antennas:1||Zerothorder resonator (ZOR):1||active element pattern:1||active element pattern (AEP):1||active reflection coefficient:1||active reflection coefficient (ARC):1||adaptive beamforming antenna:1||adjusted capacitors:1||admittance inverter with attenuation pole:1||alignment free WPT:1||anisotropic perfectly matched layer (APML):1||antenna efficiency:1||antenna feed:1||antenna feeds:1||antenna radiation patterns:1||aperture coupled feed:1||asymmetric aperture coupled feed:1||asymmetrical ground:1||auxiliary loop:1||backward wave:1||backwardwave directional coupler:1||balun:1||bandstop filter:1||basestation antenna:1||beam forming:1||beam pattern:1||beamforming:1||broad bandstop filters (BSFs):1||broadband:1||broadband antennas:1||chip resistor:1||circularly polarized:1||circularly polarized (CP):1||compact waveguide:1||composite right and lefthanded transmission line:1||composite right and lefthanded transmission line (CRLH:1||composite right and lefthanded transmission line (CRLH TL):1||composite rightleft handed transmission lines:1||composite rightlefthanded (CRLH) waveguide:1||conformal surface:1||controlled reception pattern antenna (CRPA):1||coupled line bandpass filter:1||coupling coefficient:1||cross talk:1||crosspolarization:1||curvature radius of bend:1||decoupling network:1||dielectric loss:1||directcoupled resonator filter:1||directional antenna:1||dispersive medium:1||dispersive plasmonic hole:1||distance 20 cm:1||double negative (DNG):1||double negative (DNG) transmission line:1||double negative transmission line (DNG TL):1||double negotive (DNG) transmission line:1||doublenegative index:1||dual composite right/lefthanded transmission line (DCRLH TL):1||dualband circular polarization:1||dualhand:1||duplexing network:1||edge diffraction:1||efficiency 30:1||electric fields:1||electromagnetic bandgap:1||electromagnetic energy harvesting:1||electromagnetic wave polarisation:1||enhanced magnetic shield:1||envelop correlation coefficient:1||epsilon negative transmission line (ENG TL):1||epsilonnegative (ENG):1||epsilonnegative transmission line (ENG TL):1||equivalent circuit:1||equivalent circuit analysis:1||equivalent circuit model:1||equivalent circuits:1||facetoface antennas:1||farfield region:1||ferrite wall:1||ferrites:1||finite difference time domain (FDTD):1||finitedifference time domain (FDTD):1||first negative resonant mode:1||flexible waveguide:1||focusing:1||foldedwaveguide:1||forward and backward wave:1||fourlayer unit cells:1||frequency 6:1||gain:1||gain 1:1||gain reduction effect:1||gapcoupled antenna:1||generalised sheet transition conditions:1||generalized Snell&apos:1||generalized negativerefractive index transmission Line:1||generalized sheet transition conditions (GSTCs):1||grounded slab waveguide:1||guided dispersions:1||half power beamwidth:1||harmonics suppression:1||hexagonal unitcell:1||high efficiency:1||high efficiency quadbeam circularly polarised transmitarray antenna:1||high order bandpass filter:1||high profile transmitarray:1||high transmittance:1||highQ:1||highpermeability ferrites:1||hybrid:1||hybrid reflectarray:1||inphase current:1||inductive coupling:1||inductive power transmission:1||interference:1||leaky wave antenna (LWA):1||least square method:1||lefthanded material (LHM):1||lossy dielectric:1||low loss conductors:1||low phase noise:1||low profile:1||low profile quadbeam circularly polarised transmitarray antenna:1||low profile transmitarray:1||lowprofile:1||luminous efficiency:1||lumped element (LE) FDTD:1||magnetic induction (MI) wireless power transfer (WPT):1||magnetic loss tangent:1||magnetic resonance:1||magnetic resonance (MR) WPT:1||magnetic resonance beamforming:1||magnetic resonance wireless power transfer (MR WPT):1||magnetic resonance wireless power transfer(MR WPT):1||magnetic shielding:1||metamaterials:1||metastructure:1||metagrating:1||metagrating (MG):1||metalrimmed antenna:1||metallic environment:1||metasurface (MTS):1||microstrip antenna arrays:1||microwave metamaterials:1||microwave power transfer (MPT):1||millimeter wave:1||miniaturization:1||mobile handsets:1||mobile terminals:1||mode selection:1||monopole antenna:1||munegative (MNG) transmission line:1||munegative transmission line (MNG TL):1||munegative transmission lines:1||muzero antenna:1||muzero resonance (MZR):1||multi beam antenna:1||multibeam antenna:1||multifunctional radar system:1||multiloop feed:1||multiband antenna:1||multibeam antennas:1||multibeam antennas nonuniform power:1||multibeam feed:1||multichip modules:1||multilayer performance:1||multiple reflection:1||mushroom structure:1||mushroom structures:1||nearfield beamforming:1||negative group velocity:1||negative permeability:1||noise coupling:1||nonradiative dielectric (NRD):1||omnidirectional CP antenna:1||omnidirectional antennas:1||omnidirectional circularly polarized antenna:1||omnidirectional circulary polarized antenna:1||onebit controls:1||openended slot:1||optimum design:1||oscillator:1||partially inserted Hplane metal vane:1||periodic structure:1||perturbing boundary condition:1||phased array antennas:1||phaseless nearfield measurement:1||positional freedom:1||power densities:1||power transfer efficiency:1||proper and improper complex wave:1||pure left handed transmission line:1||quadbeam forming:1||quantization efficiency:1||radial array antenna:1||radiation loss:1||rampedsquare pulse:1||reconfigurable metasurface:1||reconfigurable reflectarray antenna:1||reconfigurable resonators:1||rectangular waveguide:1||reflection phase:1||reflective metasurface:1||reflector antennas:1||resonance inductive coupling (RIC):1||resonant loop antenna:1||rotman lens:1||s:1||s Law:1||s Principle:1||s method:1||shape memory polymers:1||shared aperture antenna:1||sharp Fano resonance:1||shielding:1||single input and multiple output (SIMO):1||sixchannels:1||slot array antenna:1||slot arrays:1||small antenna:1||smallloop antenna:1||soft surface:1||spatial freedom:1||spatial position and alignment freedom:1||spectral collapse:1||spectral gap:1||split ring resonator (SRR):1||splitring resonators (SRRs):1||spurious suppression:1||stimuliresponsive materials:1||stub with rectangular patch:1||subwavelength guidance:1||subwavelength hole:1||suppression of spurious mode:1||surface polariton:1||surface wave:1||surfacewavelike mode:1||synthesized radiation pattern:1||system frequency:1||three dimensional beamforming:1||tiling:1||transmission efficiency:1||transmission zero:1||transmissive metasurface:1||transmitarray antenna (TA):1||tripleband array antenna:1||ultrawideband (UWB) antenna:1||unidirectional dielectric radiator (UDR):1||varactor diode:1||vector finiteelement (VFEM) method:1||wide 3 dB axial ratio beamwidth antennas:1||wide 3dB axial ratio beamwidth:1||wide 3dB axial ratio beamwidth circulary polarized antenna:1||wide beamwidth:1||wireless power transfer:1||wireless power transfer relay system:1||wireless power transfer(WPT):1||wireless power transmission:1||zerothorder resonance (ZOR) antenna:1||zerothorder resonance (ZOR) mode:1||zerothorder resonance antennas:1||zerothorder resonance mode:1||zerothorder resonator:1||zerothorder resonator (ZOR):1||zerothorder resonators (ZORs):1||zerothroder resonance (ZOR):1||+/ nthMode Resonance Frequency:1||0 dB:1||1D mushroom structure:1||4D printing:1||7 percent:1||72 GHz:1||78 MHz:1||8 GHz:1||ABCD Matrix:1||AMC structure:1||Absorption Bandwidth:1||Active element pattern:1||Adaptive matching:1||AlignmentFree Resonator:1||Alignmentfree resonators:1||Antenna arrays:1||Antennas and propagation:1||AntiJam:1||Array:1||Array Pattern:1||Array antenna:1||Asymmetric phase difference:1||Asymptotic Friis formula:1||Azimuth:1||Balanced Condition:1||Balanced condition:1||Bandwidth:1||Beam Forming:1||Beam Steering:1||Beam forming:1||Beam steering:1||Beamforming:1||Biomedical devices:1||Blue fluorescent organic lightemitting diodes:1||Cloaded loop antenna:1||CP antenna:1||CRLH Rectangular Waveguide:1||Carbon:1||Chu formula:1||Circular Array:1||Circularly polarized (CP) antennas:1||Composite Right/LeftHanded Transmission Line:1||Composite rightleft handed transmission line (CRLH TL):1||Composite right/lefthanded (CRLH):1||Computational modeling:1||Copper cylinders:1||Couplings:1||Cross Aperture:1||Curve Fitting:1||DCRLH transmission line:1||DHMR:1||DNG transmission line:1||Deep neural network:1||Defected Ground Structure(DGS):1||Directional Radiation Pattern:1||Directive antennas:1||DolphTschebyscheff Array:1||Double Coil:1||Double Negative(DNG):1||Doublenegative (DNG):1||Dualband:1||Dualband circularly polarized (CP) antennas:1||Eplane filter:1||EZR mode:1||Edge Diffraction:1||Effective Permittivity:1||Electric Potential Continuity:1||Electrically Small Scatterer:1||Electrically small antenna:1||Electromagnetic Inductive Coupling:1||Electromagnetic Metamaterial Absorber:1||Epsilon Negative ZerothOrder Resonance(ENG ZOR):1||Epsilon Negative(ENG):1||Epsilon negative transmission line (ENG TL):1||Epsilon negative trimetal layer electrode:1||Epsilonnearzero:1||FPC Antenna:1||FablyPerot cavity (FPC):1||Field Distribution:1||Finite Dimension:1||Finite Ground Plane:1||Focusing:1||Folded monopole:1||Free Space Transmission:1||Frequency selective surfaces:1||Fresnel Zone:1||Fresnel region:1||GPS antenna:1||Gain:1||Gain measurement:1||Genetic algorithm:1||Global positioning system (GPS):1||Half power beamwidth (HPBW):1||Hard Surface:1||Hexagonal Pixel:1||Hexagonal metamaterial absorber:1||High Qfactor:1||HighQ Resonator:1||Hybrid Antenna:1||Impedance matching characteristics:1||Implanted biomedical devices:1||Improve The Efficiency:1||Inductive coupling:1||Insensitive to load impedance:1||Inset Feed:1||Integral coupling formula:1||Isolation:1||K Band:1||LTE mobile antenna:1||Least mean squares methods:1||Lighting:1||Loop array:1||Luminous efficiency:1||MIMO antennas:1||MZR mode:1||Magnetic Resonance:1||Magnetic Resonance Wireless Power Transmission:1||Magnetic resonance wireless power transfer(MR WPT):1||Manganese:1||Mathematical models:1||Measuring Dielectric Constant:1||Mesh Surface:1||MetaSurface:1||Metafilm:1||Metametrial:1||Metasurface Absorber:1||Metasurfaces:1||Microcavity effect:1||Microcavity effect:1||Minimum Detection Range:1||MuZero Resonance(MZR) Antenna:1||Munearzero:1||Munegative transmission lines:1||Muzero resonance (MZR) antenna:1||Muzero resonator:1||Multibeam feed:1||Multibeam Forming:1||Multiple Resonances:1||Munegative transmission line (MNG TL):1||Mutual Coupling:1||NBit Phase:1||NRD guide:1||NearField Steering:1||Nearfield region:1||Nonradiative dielectric (NRD):1||Null Steering:1||Omnidirectional Circularly Polarized Antenna:1||Optimum Placement:1||Orthogonal Loop Resonator:1||PDP&apos:1||PDPs:1||PIN Diode:1||PIN Diodes:1||PMC:1||Pacemakers:1||Partial Hplane waveguide:1||Patch:1||Patch Antenna:1||Phase control:1||Pixelated Metal:1||Planar Substrate:1||Polarization:1||Positional Freedom of The Receiver:1||Positional freedom:1||Proximity charging:1||Qband:1||RF energy harvesting:1||Radar System:1||Radiative nearfield:1||Radio Frequency Wireless Power Transmission:1||Radio frequency:1||Rampedsquare pulse:1||Rapid Target:1||Receiving antennas:1||Reconfigurable:1||Reconfigurable reflective metasurface:1||Red phosphorescent organic lightemitting diodes:1||Reflection coefficient:1||

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