ScholarWorks@SUNGKYUNKWAN UNIVERSITY: SONG, JANG KUN

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SONG, JANG KUN (송장근)

Information and Communication Engineering (Electronic and Electrical Engineering)

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liquid crystals:6||QDLED:5||/sub>:4||Energy harvesting:4||sub>:4||Liquid crystals:3||Cholesteric liquid crystals:3||Colortunable:3||liquid crystal:3||photoluminescence:3||liquid crystal displays (LCDs):3||Graphene oxide:3||Graphene:3||DOS:3||Liquid crystal:3||dielectrophoresis:3||topological defect:2||topological defects:2||4<:2||Quantum dot:2||Charge balance:2||light polarization:2||light sources:2||offaxis image quality:2||reactive mesogen:2||flowinduced ordering:2||optical tuning:2||liquid crystal devices:2||liquid crystal droplets:2||fluorescence:2||Capacitive deionization:2||OLED:2||Triboelectricity:2||double emulsions:2||droplet:2||Pseudocapacitance:2||molecular orientation:2||temporal division method:2||thermal stability:2||encapsulation:2||PEDOT:PSS:2||thinfilm transistors (TFTs):2||Dehydration:1||Desalination:1||Dielectric constant:1||Dielectric measurement:1||Dielectrics:1||Dielectrophoresis:1||Displays:1||Double perovskite:1||Droplet texture:1||Drying process:1||Dual EMLs:1||Dualions adsorption:1||Dynamic scattering mode:1||EML Protection:1||Efficiency improvement:1||Electrical double layer modulation:1||Electronic paper:1||External quantum efficiency:1||FabryPerot resonator:1||Fastmoving ball actuator:1||Flicker:1||Food colour evaluation:1||Foodcolour degradation:1||Foodcolour preference:1||Forster energy transfer:1||Fréedericksz transition:1||GO film:1||GRIN lens:1||Graphene Oxide:1||Graphene oxide dispersion:1||Graphene/CNT structure:1||Guest–host liquid crystals:1||HTL:1||Hafnium Zirconium Silicate:1||Hafnium compounds:1||Hair:1||Hansen space:1||Hole distribution:1||Hole injection:1||Holeonly device:1||Hybrid capacitive deionization:1||Hybrid material:1||Hybrid nanogenerator:1||Hybrid supercapacitors:1||IGZO:1||ITO:1||Image color analysis:1||Image sticking:1||Internal impedance:1||Kelvin probe force microscopy:1||Kerr effect:1||LC alignment:1||LFN Measurement:1||LTPS TFT:1||Largescale fabrication:1||Layered nanostructures:1||Leakage Current:1||Liquid–solid interface:1||Logic gates:1||MIS Capacitor:1||MOS:1||Mechenochromism:1||Meta–insulator–metal (MIM) capacitance:1||Metal organic frameworks:1||Metalorganic frameworks:1||Microlens array:1||MnMoO<:1||Molecular transfer:1||Multilayered structure:1||Multipleelectrode BMAT:1||N<:1||Ndoped porous carbon:1||Ntb phase:1||NBIS:1||Nanomaterials:1||Nematic droplet:1||Nematic liquid crystals:1||Novel electrode design:1||OLED displays:1||Optical retardation:1||Optical vortex:1||Optical vortex array:1||PCBM:1||PEIE:1||PI charging:1||Patterned SAM fabrication:1||Perovskite Quantum Dot:1||Phase transition:1||Photoluminescence:1||Pixel charging time:1||Planar surface anchoring:1||Polyimide (PI) substrate:1||Polymernanocomposite films:1||Pseudo capacitance:1||Pseudo gate doubling method (PGDM):1||QD doping:1||QDLED:1||QLEDs:1||Quantum dot light emitting diode:1||Quantum dots:1||Quantumdot:1||Reactive mesogen:1||Red phosphor:1||Redoxactive materials:1||Reduced GrapheneOxide:1||SAVA mode:1||SIMS:1||Salt adsorption capacity:1||Scattering particles:1||Secondorder JohnTeller distortion:1||Selfaligned liquid crystals:1||Selfalignment:1||Selfalignment additive:1||Selfassembled nanoparticles:1||Selfassembled photonic crystal:1||Sepiolite:1||SiCOH:1||Silver nanoparticle:1||Smart color reflector:1||Smart windows:1||Solution Process:1||Solvent effect:1||Specific capacitance:1||Spincoated:1||Stereoscopic 3D technology:1||Stereoscopic display:1||Stress:1||Stripe textures:1||Structural color:1||Supercapacitor:1||TDM:1||Tandem OLED:1||Tandem structure:1||Thermal stability:1||Thermochromism:1||Thin film transistors:1||Thiol group:1||Threedimensional (3D):1||TiP nanocolloid:1||Twistbend nematic:1||Twistbend nematic phase:1||ULH:1||VALCD:1||Vanadium oxide:1||Visual Fatigue:1||Water–solid contact electrification:1||Wettability:1||Wrinkle formation:1||Yb:1||Ytterbium:1||aIGZO device:1||alignment lay:1||anchoring transition:1||anisotropic film:1||anisotropy:1||bending preservation test:1||bilayer EML:1||bimesogens:1||biphase:1||biphase dielectrophoresis:1||boundary motion:1||charge generation layer:1||charge modulation layers:1||chirality:1||cholesteric:1||cholesteric films:1||cholesteric liquid crystals:1||colloid:1||colloidal liquid crystals:1||colloids:1||color accuracy for OLED display:1||color modulation:1||color modulations:1||colour reflectance:1||colour shift red:1||contact angle and UV shielding behavior:1||device characterization:1||dielectric constant:1||display picture quality:1||electrowetting:1||elongation at break:1||emission mode:1||fieldinduced condensation:1||flexible electronic device:1||flexoelectric coefficient:1||flexoelectric polarization:1||functional films:1||gC<:1||gamut mapping:1||gate dielectric:1||graphene oxide:1||graphene oxide dispersion:1||graphene oxides:1||green solvent:1||high mobility:1||high reflectance:1||highk material:1||hole injection layers:1||hybrid nanocomposites:1||image enhancement:1||image sticking:1||ion capture:1||isomeric molecules:1||lamellar assembly:1||large crystalline grain:1||laser injecting:1||laser injection:1||laser micro/nano manufacturing:1||liquid crystal alignment:1||liquid crystals lens | tunable gradient refractive index:1||liquid polycrystal:1||lyotropic:1||lyotropic liquid crystals (LCs):1||marangoni effect:1||mechanical wetting:1||memory device:1||metal halide:1||microcrystalline silicon:1||microdroplets:1||microfluidics:1||micropocket:1||micropores:1||microprism:1||mirror controller:1||molecular assembly:1||molecule transfer:1||monodispersed:1||multiple emission layer structures:1||multiresponsive materials:1||multistable photonic crystal:1||nanocomposites:1||nanoparticledoped LC:1||nucleation approach:1||octadecyltrichlorosilane (OTS):1||optical communications:1||optical vortices:1||organic solvent:1||orientational distribution function:1||orientational order parameters:1||orthogonality:1||pPhenylenediamine (pPDA) ligand:1||pToluene Sulfonic Acid:1||patterned retarder:1||phase separation:1||photoalignment technique.:1||photocontrollable LC paramete:1||photonic crystal slab:1||photonic crystals:1||photopolymerisation:1||photopolymerization:1||pixel dithering:1||point source array:1||polarization conversion:1||polarization modulation:1||polarizer films:1||polybenzoxazine:1||polyimide substrate:1||polymer networks:1||polymer particles:1||polymers:1||position sensor:1||qplates:1||quantum dot arrays:1||quantum dot assembly:1||quantum dot cluster:1||quantum dot lightemitting diodes:1||quantum dots:1||quantumdot lightemitting diodes:1||reactive mesogens:1||reflection mode:1||reflective mode:1||repetitive bending test:1||retarder:1||saddle point:1||selfassembled monolayer (SAM):1||selfassembly:1||shearinduced alignment:1||singlecrystal graphene:1||smart reflector:1||solvent orthogonality:1||solvent treatment:1||stability:1||stereoscopic 3D technolo:1||subjective assessment:1||support vector regression:1||surface energy:1||surface passivation:1||swarm intelligence:1||tandem:1||tandem structure:1||te:1||templated selfassembly:1||temporal division method (TDM):1||thin film transistor:1||thin films:1||thinfilm transistors:1||touch sensor:1||tunable photonic crystal:1||twistronics:1||ultrasound:1||valence band offset (VBO):1||wedge cell:1||whispering gallery mode:1||wrinkle pattern generation:1||:1||xray diffraction:1||/CNT:1||2<:1||2D colloid:1||2D materials:1||2D nanocolloid:1||2D nanoparticles:1||3<:1||3D IT device:1||AIGZO TFT:1||Active light shutter:1||Aluminum oxide:1||Anticrosstalk algorithm:1||Barcoated:1||Bilayer EML:1||Bilayer HIL:1||Biosilicon:1||Biomass waste:1||Birefringence:1||Boron doping:1||Bubble motion active transducer:1||CV measurement:1||Ct:1||CHEM21 solvent selection guide:1||CO<:1||CRlortunable:1||Capacitive deionization (CDI):1||Carrier lifetime:1||Channel defect:1||Channel implant:1||Charge generation layer:1||Charge modulation layer:1||Charging consumption:1||Chemical Reduction:1||Chirality:1||Color conversion efficiency:1||Conductivity:1||Contact electrification:1||Costeffective fabrication:1||Crosstalk:1||CuI:1||DMSO:1||

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

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