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RHO, JUNSUK (노준석)

Dept of Mechanical Engineering(기계공학과)

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Keyword

GENERATION:2||Plasmonics:2||Amorphous silicon:2||Holograms:2||DISPLAYS:2||PHASE:2||Dielectric materials:1||Crystalline silicons:1||hyperbolic metamaterials:1||Electric and magnetic fields:1||Nanomagnetics:1||INVERSE DESIGN:1||COLOR:1||PLASMONICS:1||METAL:1||SUPERSTRUCTURES:1||artificial neural network:1||model:1||SOLITONS:1||LIGHT:1||Subwavelength antennas:1||OPTICAL RECONSTRUCTION MICROSCOPY:1||Issue 127:1||nanofabrication:1||Third harmonic generation:1||Lipids:1||Biointerfaces:1||Interaction simulations:1||Lipid membranes:1||GE DETECTORS:1||Molybdenum compounds:1||LENSES:1||Antiferromagnetic resonance:1||Antiferromagnetism:1||Directional sensitivity:1||Monolayer structures:1||Onchip implementations:1||CIRCULARDICHROISM:1||Color:1||Basic structure:1||Color filters:1||METAMATERIAL:1||Lenses:1||High contrast:1||Plasmonic resonators:1||EXCITATION STED MICROSCOPY:1||STRUCTUREDILLUMINATION MICROSCOPY:1||Nonlinear optics:1||Nanotubes:1||Ion selectivity:1||Photoluminescence:1||Nitrogen compounds:1||Silver nanoparticles:1||Photoluminescence spectrum:1||Fabrication method:1||Theoretical design:1||DIELECTRIC METASURFACES:1||Holographic recordings:1||Hydrogenated amorphous silicon (aSi:H):1||High transmission:1||REFRACTION:1||OPTICAL HYPERLENS:1||Lithography:1||Green laser:1||Polarization independent:1||Fabrication:1||image hologram:1||realtime imaging:1||Second harmonic generation:1||Coarsegrained molecular dynamics simulations:1||ARRAYS:1||Layered semiconductors:1||Silver compounds:1||Device channel:1||Optical and electrical properties:1||Selective doping:1||Transition metal dichalcogenides:1||Nonlinear response:1||Magnetic resonance:1||Monolayers:1||Reinforcement learning:1||Color gamuts:1||Qlearning:1||fuel cell:1||Efficiency:1||Polarization:1||Transmissions:1||SUBDIFFRACTIONRESOLUTION:1||metasurfaces:1||diffraction limit:1||hyperlens:1||Metamaterials:1||Yarn:1||Nano channels:1||Semiconductor lasers:1||Optoelectronic properties:1||Magnetic fields:1||Coherent interaction:1||Lightmatter interactions:1||Circularly polarized:1||OPTICALACTIVITY:1||AU NANOROD:1||ADSORPTION:1||Numerical results:1||photovoltaic system:1||PHOTONICCRYSTAL NANOCAVITY:1||NEGATIVE REFRACTIVEINDEX:1||MICROCAVITY:1||Polysilicon:1||Visible wavelengths:1||SOLID IMMERSION LENS:1||magnetic resonance:1||novel microscope:1||Optoelectronic applications:1||Surface plasmons:1||Plasmonic enhancements:1||ORBITAL ANGULARMOMENTUM:1||Neural networks:1||algorithm:1||BIREFRINGENCE:1||INDEX:1||CLOAK:1||Amorphous materials:1||Fabrication compatibility:1||TRANSFORMATION OPTICS:1||Engineering:1||Coatings:1||Cytology:1||Membranes:1||Nanotube channels:1||Vertical channels:1||Semiconductor doping:1||Photo reduction:1||Quantum interactions:1||BAND ACHROMATIC METALENS:1||Absorption coefficient:1||Deep neural networks:1||Polycrystalline materials:1||Silicon compounds:1||Titanium dioxide:1||FIELD FLUORESCENCE NANOSCOPY:1||POINTSPREAD FUNCTION:1||LIVING CELLS:1||LIVE CELLS:1||dielectric nanostructures:1||Superresolution farfield imaging:1||Biomimetics:1||Molecular dynamics:1||Carbon nanotubes:1||Transition metals:1||Sulfur compounds:1||ORIGIN:1||Solar cells:1||Buildingintegrated photovoltaics:1||Colored coatings:1||Solar power generation:1||

Open Access System for Information Sharing

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Publication & Time Cited Count
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Open Access System for Information Sharing

Keyword

Publication & Time Cited Count(For the Last 5 years)

Browse

Publication & Time Cited Count
(For the Last 5 years)