ScholarWorks@Hanyang University: Chung, Hoeil

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Chung, Hoeil (정회일)

COLLEGE OF NATURAL SCIENCES (DEPARTMENT OF CHEMISTRY)

Research Area: 분석화학, 분광분석

Tel 02-2220-0937
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Raman spectroscopy:20||Nearinfrared spectroscopy:15||Discriminant analysis:6||Geographical origin:6||nearinfrared spectroscopy:5||Bile juice:5||Geographical origin identification:5||Wide area illumination:4||Olive oil authentication:4||Microplastics:4||Twotrace twodimensional correlation analysis:4||NIR spectroscopy:4||wide area illumination:4||Anthrax:3||Nickel foam:3||nondestructive analysis:3||Polyethylene particles:3||Discrimination:3||Surface enhanced Raman scattering:3||XRD:3||Perfluorohexane:3||Etchant solution:3||naphtha:3||SEM:3||scanning tunneling microscopy:2||selfassembled monolayers:2||Surfaceenhanced Raman scattering (SERS):2||Gall bladder disease:2||Gold nanodendrite:2||IV:2||Teflon:2||Au nanodendrite:2||PLS:2||synchronous standard:2||Temperature perturbation:2||Temperatureinduced spectral variation:2||SERS:2||cyclohexanethiol:2||Agricultural products:2||Peptide:2||Incremental Association Markov Blanket:2||Nanodendrite network porous structure:2||Feature extraction:2||wide area illumination Raman scheme:2||Infrared spectroscopy:2||Nearinfrared analysis:2||partial least squares:2||Compositional analysis:2||2D correlation spectroscopy:2||Twodimensional correlation analysis:2||Sesame:2||Carbon fiber cloth:2||Density:2||Beam diffuser:2||gasoline:2||Mercury detection:2||Soybean paste:2||Authentication:2||polyethylene pellets:2||Laserinduced breakdown spectroscopy:2||process analytical technology:2||protective antigen:2||Wide area Raman measurement:2||Protective antigen:2||Xray photoelectron spectroscopy:2||Hierarchical support vector machine:2||Random forest:2||Epoxy resin:1||Equilibrium constant determination:1||Etchant solutions:1||Femtosecond laser ablationinductively:1||Fermented soybean paste:1||Filter method:1||Flying pellets:1||Food analysis:1||Food composition:1||Functionalization:1||Gall bladder cancer:1||Gallbladder cancer:1||Gallbladder polyp:1||Gallbladder stone:1||Gammaray radiation:1||Garlic:1||Gasoline:1||Gelation:1||Gemcitabine injection powder:1||Generalized twodimensional (2D) correlation spectroscopy:1||Generalized twodimensional correlation analysis:1||Geographical discrimination:1||Glass background suppression:1||Glass peak suppression:1||Gold microelectrode:1||Gold nanoparticles:1||Graphene:1||Graphite pencil lead:1||Gravitational fieldflow fractionation (GrFFF):1||Gypsum:1||Hbonded complexes:1||Headspace gas chromatographymass spectrometry:1||Heatmap:1||Heavy metal ion detection:1||Heavy water:1||Hemodialysis:1||Hepatopancreaticobiliary (HPB) diseases:1||Hetero correlation analysis:1||High durability:1||Hit quality index (HQI):1||Hydrocarbon mixture:1||Hydrogen peroxide:1||Hydrophobic surface substrate:1||ICPMS:1||IR microspectroscopy:1||IR spectroscopy:1||Inductivelycoupled plasma optical emission spectroscopy:1||Inner and outer charges:1||Inorganic acid:1||Inorganic acids:1||Intensity correction:1||Isotropic disproportionation:1||Kernel partial least squares regression:1||Kernel support vector regression:1||Laser induced breakdown spectroscopy:1||Laserinduced sample degradation:1||Light gas oil:1||Likelihoodratio test:1||Linear discriminant analysis:1||Lipid extraction:1||Locally linear embedding:1||Low density polyethylene:1||Lube base oil:1||M13 bacteriophage:1||M062X:1||M13 bacteriophagebased color sensor:1||M13 phage display:1||Machine learning:1||Magnetite (Fe3O4) concentration:1||Markov blanket:1||Markov blanket discovery algorithm:1||Mechanical pencil lead:1||Mercury (II):1||Metal nanoparticles:1||Methanol:1||MicroRNAs:1||Microelectrode array sensor:1||Microwave:1||Milk fat analysis:1||Milk vetch root:1||Model overfitting:1||Molecular fingerprinting:1||Moving window partial least squares:1||Multimetal detection:1||Multiplexed detection:1||Multivariate discrimination:1||NIR analysis:1||Nanocomposites:1||Naphtha:1||Natural sapphire:1||Nickel sulfide:1||Nominal coating thickness:1||Nondestructive analysis:1||Nondestructive measurement:1||Noninvasive analysis:1||Nonsampling:1||Nonlinear feature extraction methods:1||Nucleation:1||OPLSDA:1||Octylthioacetate:1||Online analysis:1||Online particle capture:1||Online solid analysis:1||Onion:1||Optimal slice spectra:1||PAbinding peptides:1||PAT:1||PCA:1||PCR:1||Packing density variation:1||Packingrepresentative spectra:1||Particle size:1||Peptide immobilization:1||Perilla:1||Phage display:1||Pharmaceutical capsule:1||Phthalates:1||Polyadenylation:1||Polyaniline:1||Polydimethylsiloxanecoated nickel foam:1||Polyethylene (PE):1||Polyethylene density:1||Polymer grafting:1||Porous structure:1||Power spectrum:1||Precoated metal:1||Prediction robustness:1||Principal component regression:1||Principal component score:1||Protective antigen (PA):1||Raman analysis:1||Raman spectral selectivity:1||Raw sapphires:1||Receipt paper:1||Redox active sites:1||Reduced graphene oxide:1||Relative energy:1||Representative Raman sampling:1||Rice grains:1||Ring opening:1||Rosuvastatin:1||SERS enhancement:1||SERSbased bioassay:1||SILAR:1||SIMCA:1||ST25 rice:1||STM:1||Sample representation:1||Scanning tunneling microscopy:1||Score combination:1||Selfassembled monolayers:1||Selfassembly:1||Sensitivity Analysis:1||Sickle cell:1||Signaloff sensor:1||Sintered ore:1||Siphonochilus aethiopicus:1||Sizecoded probes:1||Solvothermal:1||Spatially offset Raman scattering linemapping:1||Spectra:1||Spectral discriminability:1||Spectral selectivity:1||Spraypyrolysis:1||Square wave voltammetry:1||Structural color:1||Sunblock cream:1||Supercapacitor:1||Supervised neighborhood preserving embedding:1||Support vector regression:1||Surface enhanced Raman scattering (SERS):1||Surfaceenhanced Raman scattering DNA sensor:1||Surfaceenhanced Raman spectroscopy (SERS):1||Tablet coating monitoring:1||Tablet orientation change:1||Teflon tube:1||Temozolomide derivatives:1||Temperaturesensitive molecular vibration:1||Temperaturevaried Raman spectra:1||Tetrabutylammonium cyanide:1||Thermogravimetric analysis:1||Throughcontainer Raman analysis:1||TiO2 nanoparticle:1||TiO2CdSSe:1||TiO2/Cds bilayer:1||Toeholdmediated DNA strand displacement reaction:1||Transition state:1||Transmission IR spectroscopy:1||Transmission Raman measurement:1||Transmission Raman spectroscopy:1||Turnip yellow mosaic virus (TYMV):1||Twin support vector machine:1||UVvis:1||Urea:1||Variable importance in projection score:1||Varied water band:1||Vibrational spectroscopy:1||Virus:1||Viscosity:1||Voting:1||Water perturbation:1||Water wetting:1||Weight vector coefficient:1||Weighted twin support vector machine:1||Wide area illumination Raman scheme:1||acetoaminophen:1||all vanadium redox mechanism:1||alphaArbutin:1||ambroxol:1||amorphous materials:1||anthrax:1||aragonite:1||autoxidation:1||biomedical diagnosis:1||calibration transfer:1||chemical growth:1||chemometrics:1||combination band:1||conductivity:1||conformers:1||conjugated polymer:1||copper foam:1||coupled plasmamass spectrometry:1||cream formulation:1||crude oil:1||cyanobacteria:1||dendrogram:1||density:1||dielectric nanoparticles:1||diesel:1||discriminant partial least squares:1||discrimination:1||diseaserelated proteins:1||displacement:1||domain structure:1||dualredox ionic solid complexation:1||early disease diagnosis:1||electrical resistivity:1||electrocatalyst:1||electrochemical synthesis:1||emulsion:1||etchant solution:1||etching solution:1||flocculation:1||galvanic exchange reaction:1||gammaray:1||geographical origin discrimination:1||gold nanodendrite:1||gold nanoparticles:1||graphene nanosheet:1||heavy metals:1||high durability:1||homogeneity parameter:1||human urine:1||hybrid gel:1||hydrogel:1||hydrogen evolution reaction:1||indiumtinoxide (ITO) etching solution:1||inkjet printing:1||insulin nanoparticles:1||interaction energies:1||internal inhomogeneity:1||lethal factor:1||linkage isomers:1||liquidstate SERS:1||lube base oils:1||metaldielectric coupling:1||molecular dynamics simulation:1||monolayer:1||moving window PCA:1||moving window PLS:1||moving window partial least squares:1||moving window partial least squares (PLS):1||naproxen:1||nearinfrared:1||nearinfrared (NIR) spectroscopy:1||net analyte signal (NAS):1||nitric oxide synthase:1||nitropentaamminecobalt(III):1||octanethiol:1||online analysis:1||online monitoring:1||optical absorption:1||optical properties:1||organic/inorganic hybrid:1||overtone band:1||pH dependence:1||paper sensor:1||particleimpact electrochemistry:1||pattern recognition:1||pearl discrimination:1||petroleum products:1||pharmaceutical capsule:1||pharmaceutical liquids:1||pharmaceutical suspension:1||phase transition:1||photoelectrochemical cell:1||photoelectrochemical cells:1||photosalient effect:1||poly(acrylic acid) gel:1||poly(sodium 4styrensulfonate):1||polyaniline:1||polydiacetylene:1||polyelectrolyte:1||principal component analysis:1||probe charge effect:1||protein determination:1||protein structure:1||proteome analysis of proteolytic products of in vitro LF assay:1||protonaccompanied redox chemistry:1||pure component selectivity analysis (PCSA):1||range optimization:1||redoxenhanced electrochemical capacitor:1||reusable:1||rice:1||sample representation:1||sampletosample twodimensional correlation:1||selfassembly:1||simultaneous determination:1||siphonochilone:1||solutionenhanced dispersion by supercritical fluids process:1||solvent effect:1||standard clean 1 (SC1) etching solution:1||stomach adenoma:1||stomach cancer:1||surface enhanced Raman scattering (SERS):1||surface morphology:1||surfaceenhanced Raman scattering:1||tablet analysis:1||taxonomy:1||thermochromic sensor:1||thin films:1||titanium dioxide:1||tolanes:1||trace levels:1||transmission Raman measurement:1||urea cream:1||vanadium redox flow battery:1||vanadium(II) oxide:1||variable selection:1||virus detection:1||volume exclusion:1||peptide:1||3Methyl4pyrimidone:1||ACF:1||AFM:1||Accuracy tolerance:1||Acids:1||Active pharmaceutical ingredient:1||Adulterated olive oil:1||African ginger:1||AgAu nanostructure:1||Ambroxol:1||Angelica gigas:1||Anthrax detection:1||Antibiotics:1||Arsenic detection:1||Asymmetrical flow fieldflow fractionation (AF4):1||Au nanodendrites:1||Auto encoder:1||Autoencoder:1||Axially perpendicular offset scheme:1||Axially slanted illumination:1||Axially slanted illumination scheme:1||B3LYP:1||Backscattering measurement:1||Background:1||Bacteriophagebased color sensor:1||Balance of sample representation and signaltonoise:1||Bediffused sapphire:1||Bimetallic nanodendrite:1||Biophotonics:1||Biosensor:1||Bisphenol A:1||CD133:1||Calcite impurity:1||Cancer stem cells:1||Canonical discriminant analysis:1||Capsule color:1||Carbon fiber:1||Carbon nanotube:1||Carbon nanotubes:1||CdInSe4 thin films:1||Chemical reactivity:1||Classification modeling:1||Color sensor:1||Compositional analysis of tablet:1||Conceptual density functional theory:1||Conditional independence test:1||Conducting polymer:1||Copper reflector:1||Cream formulation:1||CuOAg nanorods:1||Curing:1||Defect identification:1||Deuterated chloroform:1||Diesel:1||Diesel, Gasoline:1||Diffusive interference:1||Discrimination of geographical origin:1||Discrimination of geographical origins:1||Discrimination of tobaccos:1||Disease discrimination:1||Disease screening:1||Disposable electrochemical sensor:1||Dried chili pepper:1||Dropanddry measurement:1||Electron beam:1||Electrospunnanofiber patches:1||

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