ScholarWorks@Gachon: Ju, Heongkyu

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Ju, Heongkyu (주형규)

BioNano Technology (반도체물리학과)

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Tel 031-750-8552
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surface plasmon resonance:4||Carbon dots:3||Fluorescence:3||biosensor:3||Surface plasmon resonance:3||fluorescence:3||Surface plasmon coupled emission:2||Waveguide:2||fluorescence enhancement:2||Parallax barrier:2||carbon dots:2||Zscan:2||Autostereoscopic 3D display:2||colorimetry:2||Nanocatalyst:2||Nanoparticle:2||photocatalysis:2||Zr14Cu7.5Ni2.6Al:2||Inner filter effect:2||Liquid flow deposition:2||synthesis:2||NiMoO4:2||protein sensing:2||quantum dot:2||Biosensor:2||Fluorescence enhancement:2||Nitroaromatics:2||Coprecipitation:2||Cardiac biomarker:1||Catalytic reduction:1||Causality:1||Cell image tracking:1||Characterization:1||Chromium ions:1||Ciprofloxacin:1||Cobased metallic glasses:1||Colon Carcinoma:1||Colorectal Cancer:1||Colorimetric:1||Colorimetric detection:1||Corrosion resistance:1||Crosstalk:1||Crystalline IGZO thin film:1||Crystallization:1||Cubic spinel:1||Cyanide:1||Cysteamine hydrochloride:1||DMSO:1||Defect chemistry:1||Delta ferrite ratio:1||Dirac point:1||E2:1||ELISA:1||Ecofriendliness:1||Electrical and optical characterization:1||Electronphonon coupling:1||Electronic products:1||Environmental monitoring:1||Environmental remediation:1||Evanescent field:1||Eye tracking:1||Facile synthesis:1||Faraday rotation:1||Fiber SPR:1||Fiber coupled fluorescence:1||Figure of merit ZT:1||Fluorescence based assay:1||Fluorescence quenching:1||Food samples:1||GSK3 inhibitor:1||Gold nanoparticles:1||H2 production:1||HRTEM:1||Heavy metal sensing:1||Heterostructure:1||Hexavalent chromium:1||IIIV semiconductor:1||IR sensors:1||Image defragmentation:1||InP:1||Index of refraction:1||Indigo carmine:1||Innerfilter effect:1||Integration:1||Interfacial Interaction:1||Kramers–Kronig relation:1||KramersKronig relation:1||LC orientation:1||Labonchip optical biosensor:1||Labelfree:1||Localized surface plasmon:1||Localized surface plasmon resonance (LSPR):1||MXene quantum dots:1||Malachite green:1||Melt spinning:1||Membrane:1||Memristor biosensor:1||Metal nanostructures:1||Microscaled devices:1||Microstructure films:1||Mitochondria labeling:1||Mitochondria targeting:1||Mn3O4:1||Nanoparticle Alignment:1||Nanosized particle:1||Nearfield coupling:1||NiMoO4 nanorods:1||Nickel manganite:1||Nitrogen and sulfur codoping:1||OMM:1||OVD (optimum viewing distance):1||Optical biosensor:1||Optical density:1||Optical dispersion:1||Optical fiber sensor:1||Optical sensor:1||Optical sensors:1||Optical spacer:1||Orange color emission:1||Oxide layer:1||Pnitroaniline:1||Pathogenic bacteria:1||Phase dispersion:1||Phloroglucinol:1||Photocatalysis:1||Photodegradation:1||Picosecond laser:1||Polycarbonate Substrate:1||Polycyclic aromatic hydrocarbon detection:1||Polydimethylsiloxane Template:1||Polymerase chain reaction (PCR):1||Polystyrene Film:1||Power conversion efficiency:1||Quercetin:1||RGB color ratio:1||Raman spectroscopy:1||Rayleigh scattering:1||Reflectance spectroscopy:1||Reflection spectrum:1||Reverse saturable absorption:1||SERS:1||SPR:1||SSC13:1||SSRT:1||Selfdefocusing:1||Sensitivity:1||Series resistance:1||Shell mold:1||Silver nanoparticles:1||Single crystal:1||Sintering:1||Smartphonebased detection:1||Solar cell:1||Solution annealing:1||Solution annealing ratio:1||Solution process:1||Spinel:1||Stress corrosion cracking:1||Surface plasmon:1||Surface plasmon resonance (SPR):1||TERS:1||Thermal conductivity:1||Thermal treatment:1||Thermistor:1||Thin films:1||Ti48Al2Cr2Nb:1||Toxic:1||Troponin I:1||Turbine wheel and Alumina mold.:1||Ultraviolet fluorescencebased sensor:1||VB growth method:1||Vacuum centrifugal casting:1||VogelFulcher law:1||Wide width:1||Xray scintillators:1||Yellow carbon dots:1||Zscheme heterojunction:1||ZIF67:1||Zinc interstitial:1||active medium:1||alloy nanoparticles:1||annealing process:1||antibacterial:1||antibiotic pollutants:1||artificial neural networks:1||autostereoscopic display:1||biocompatibility:1||biological sensors:1||bionanophotonics:1||cancer:1||carbon composite:1||catalytic activity:1||catalytic oxidation:1||chemical vapor deposition:1||conductive polymers:1||copper nanoclusters:1||coreshell nanoparticles:1||coreshell structures:1||cubic spinel:1||cyanide ion:1||cyanide sensing:1||cysteamine:1||dielectric properties:1||disease:1||environmental hormone:1||enzyme electrode:1||fiber SPR:1||fiber sensor:1||fibrinogen:1||fluorescence microscopy:1||fluorescence quenching:1||glucose:1||graphene:1||halide perovskites:1||harmony search:1||heavy metal detection:1||heteroatom doping:1||heterojunctions:1||histidinetagged peptide:1||hopping mechanism:1||human urine:1||hydrogen substituted graphdiyne:1||imaging and therapeutics:1||inner filter effect:1||labonchip:1||labelfree sensors:1||light yield:1||liquid cladding:1||longrange surface plasmon:1||magnetic anisotropy:1||magnetic modulation:1||measurement method:1||metaheuristic algorithms:1||metal chalcogenide:1||metal hydroxide:1||metal oxide:1||modified CurieWeiss law:1||morphology:1||morse code:1||multimode optical fiber:1||ndoping:1||nanobiophotonics:1||negative differential resistance effect:1||negative temperature coefficient:1||neurodegenerative:1||nickel manganite:1||nickelcoppermanganite:1||nitrobenzene:1||noble metal film:1||noble metal nanomaterials:1||nonlinear carrier dynamics:1||optical biochemical sensor:1||optical biosensors:1||optical dispersion:1||optical glucometer:1||optical reflectance:1||optimization:1||optimum viewing distance:1||oxygen plasama treatment:1||pphenylenediamine:1||patient blood:1||pattern effects:1||petroleum reservoir:1||photoluminescence:1||plasmonic:1||plasmons:1||precocious puberty:1||quality factor:1||quantum dots:1||quercetin:1||realtime assay:1||refractometer:1||relaxing degree:1||remote sensing:1||resistive switching:1||resistive switching WO3 thin films:1||resonant coupling:1||semiconductor optical amplifier:1||sensing ability:1||serum:1||shear wave velocity prediction:1||smartphone:1||solution process:1||spinels:1||strain sensors:1||succinic anhydride:1||supercapacitors:1||surface chemistry:1||surface functionalization:1||surface plasmon:1||surfaceenhanced Raman scattering:1||tagfree diagnosis:1||temperature stability:1||thermally activated delayed fluorophore:1||thin films:1||thioacetamide:1||ultrahigh bandwidth optical modulation:1||ultrahigh sensitivity:1||uniform growth:1||uric acid detection:1||uricase:1||urine:1||vanadates:1||viewpoint distance:1||visible light:1||water splitting:1||water toxicity:1||waveguide mode mismatch:1||waveguide numerical aperture:1||welllogging data:1||xBaTiO(3)(1x)CoFe2O4:1||zinc:1||광폭:1||멜트 스피닝:1||비정질 리본:1||역 포화 흡수:1||인디고 카민:1||자가비포집:1||전자 제품:1||(3aminopropyl)triethoxysilane:1||피코초 레이저:1||17 betaestradiol:1||2inch wafer:1||4Nitrophenol:1||5carboxyfluorescein:1||: Chloride:1||?cyclodextrin:1||Ag and Au alloys:1||Ag filament:1||Aging:1||Alzheimer disease:1||Amorphous alloys:1||Amorphous ribbon:1||Annealing:1||Anodized aluminum oxide:1||Antireflection coating:1||Antibiotics:1||Antioxidants:1||Austenitic stainless steels:1||BaTiO3:1||Bead milling:1||Bilirubin:1||Bilirubin sensing:1||Bioflavonoids:1||Bulkheterojunction:1||Creactive protein (CRP):1||Cancer Cell Apoptosis:1||Cancer cell imaging:1||

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1342, Seongnam-daero, Sujeong-gu, Seongnam-si, Gyeonggi-do, Republic of Korea(13120)031-750-5114

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