ScholarWorks@Soongsil University: Joo, Sang Woo

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Joo, Sang Woo (주상우)

College of Natural Sciences (Department of Chemistry)

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SERS:26||Raman spectroscopy:24||Gold nanoparticles:23||adsorption:18||Au:17||Ag:15||nanoparticles:10||Surfaceenhanced Raman scattering:8||Density functional theory:8||surfaceenhanced Raman scattering:7||gold nanoparticles:7||Raman:6||Fluorescence quenching:6||Nanoparticles:6||Infrared spectroscopy:5||humidity sensor:4||Microalgae:4||Aggregation:4||surfaceenhanced Raman spectroscopy:4||Adsorption:4||Silver nanoparticles:4||Tautomers:4||STM:3||Fluorescence:3||DFT calculations:3||Cellular uptake:3||density functional calculations:3||Darkfield microscopy:3||gold:3||silver nanoparticles:3||potentialdependent SERS:3||Quantum dots:3||DFT calculation:3||Hydrogen production:3||DFT:3||Cleaner production:3||surface chemistry:2||bipyridine:2||Sustainable agriculture:2||olfactometer sensor:2||Biochar:2||tautomerism:2||cell monitoring:2||Metalorganic framework:2||click chemistry:2||microfluidic sensor:2||Degradation:2||TiO2:2||Caenorhabditis elegans:2||Microplastic detection:2||기체분석:2||Chitosan:2||Cr(III):2||악취센서:2||Energy transfer:2||GC:2||Carbendazim:2||noble metal nanostructures:2||표면화학:2||Bioremediation:2||흡착:2||Quenching:2||Mutation:2||Carbon capture:2||SAMs:2||Au nanoparticles:2||Wastewater treatment:2||Photocatalysts:2||Water purification:2||Selfassembly:2||Colorimetric sensor:2||1,4diethynylbenzene:2||fluorescence quenching:2||Sensor:2||Gold nanoparticle:2||plasmonic resonance:2||ZnO:2||Lung cancer cells:2||polyelectrolyte/Ag nanocomposite:2||gas analysis:2||graphene:2||Gold surfaces:2||Nanomaterials:2||Single nucleotide polymorphism:2||Nanoparticleprotein interaction:2||Protein conjugation:2||selfassembled monolayers:2||semivolatile organic compounds:2||Conformational change:2||DNA:2||silver alkylcarbamate complex:2||Melamine:2||Graphene oxide:2||Surface enhanced Raman scattering:2||benzyl isocyanide:2||Quartz crystal microbalance:2||DNA hybridization:2||Cyclohexyl acetylene:1||Cyclohexyl isothiocyanate:1||Cytosine:1||Cytotoxicity:1||DFF calculation:1||DLVO model:1||DNA methylation:1||Density functional theory (DFT) calculation:1||Density functional theory calculations:1||Desorption:1||Detection platforms:1||Di(2picolyl)amine:1||Diffuse reflectance Fourier transform infrared spectroscopy:1||Diffuse reflectance infrared Fourier transform (DRIFT) spectroscopy:1||Digital light processing:1||Dispersion interaction:1||Dithizone:1||Donoracceptor:1||Dopamine:1||Drug release:1||Drug resistance:1||Dust:1||Dye wastewater:1||EWaste:1||Enose:1||EDTA:1||EGFR:1||EML4ALK:1||EV tire tread:1||Ecological impact:1||Economic analysis:1||Electrocoagulation:1||Electrostatic interaction:1||Encapsulation:1||Energetic stabilities:1||Energy:1||Energy and exergy efficiency:1||Enhanced Raman scattering:1||Environmental catalysts:1||Environmental contaminants:1||Environmental governance:1||Environmental monitoring:1||Environmental sensor:1||Environmental water samples:1||Epidermal growth factor receptor:1||Epidermal growth factor receptor (EGFR):1||Erlotinib:1||Ethyl violet:1||FRET:1||Fatty acid metabolism:1||Fe3O4/MnO2:1||Fenton process:1||Ferric ion:1||Ferric ions:1||Fluorescence resonance energy transfer:1||Fluorescence sensors:1||Fluorine:1||Food mixtures:1||Food security:1||Fractal structure:1||Fs vibrational spectroscopy:1||Fungal cell:1||Fusion gene:1||GCQTOFMS:1||GC/PFPD:1||Gas exposure estimation:1||Gas permeability:1||Gasorganic film equilibrium:1||Gefitinib:1||Genotypes:1||Glutathione:1||Gold Nanoparticles:1||Gold atom cluster calculation:1||Gold nanoparticle conjugates:1||Gold nanostars:1||Gold valorization:1||Graphene:1||Graphene epoxy composite:1||Graphene oxide (GO):1||Graphene oxides:1||Graphenebased catalysts:1||Graphenebased materials:1||Greenhouse gases emission:1||H1N1 virus:1||HPLC:1||Halloysite nanotubes:1||Harmful algal blooms:1||Hazardous materials:1||Hazardous pollutants:1||Heterogeneous catalysis:1||Hg(II):1||Hg2+:1||Homeotropic alignment:1||Homogeneous dispersion:1||Hosphorus:1||Human lung carcinoma cells:1||Hybrid materials:1||Hydrochlorothiazide:1||Hydrogen generation:1||Hydrogen spectra:1||Hypoxic tumour reduction:1||IR spectroscopy:1||Ice nucleation protein:1||In situ cellular imaging:1||In situ detection:1||In vitro:1||In vitro antifungal drug release:1||In vitro cell type specificity:1||In vitro cell viability:1||In vitro toxicity:1||In vivo:1||InaZ:1||Indoor dust:1||Indoor environment:1||Influential factors:1||Infrared:1||Interfacial structures:1||Intracellular Cu(II):1||Intracellular Zn2+ ion detection:1||Intracellular anticancer drug release modulation:1||Intracellular delivery:1||Intracellular location:1||Intracellular reactive oxygen species:1||Intracellular release:1||Isotherms:1||Isothiazolinone:1||Kinetic:1||Kinetics:1||Kinetin:1||LMethionine:1||Lhistidine:1||LSPR:1||Layered covalent organic frameworks:1||Lead removal:1||Limitations:1||Liquid crystals:1||Live cell imaging:1||Live cells:1||M13 bacteriophage:1||MOF:1||MWCNT:1||Magnesium sulfide nanoparticles:1||Maleimide:1||Manganese oxide nanoparticles:1||Mercury detection:1||Metal nanomaterials:1||Metal recovery:1||Metalfree organic dye:1||Methyl ethyl ketone:1||Methyladenines:1||MgO:1||Micro(nano)plastics:1||MicroRNA:1||Microchips:1||Microorganisms:1||Mineralization:1||Mitochondrial activity:1||MoS2Ag:1||Molecular adsorption:1||Molecular dynamics:1||Molecularly imprinted materials:1||Multiple mutation:1||Multiwalled carbon nanotubes:1||Myclobutanil:1||Mycotoxin:1||N6,N6Dimethyladenine:1||N6Methyladenine:1||Ncoordinated boroxines:1||NEXAFS:1||NIR II:1||NMR metabolomics:1||Nanobio interaction:1||Nanobiosensors:1||Nanocatalysts:1||Nanocomposite:1||Nanodiamonds:1||Nanogap:1||Nanopesticide:1||Nanopipette:1||Nanostars:1||Naphthalene:1||Network assembly:1||Ni:1||Nile red:1||Nitrogen:1||Non target analysis:1||Nonsmall cell lung cancer:1||Optimization:1||Organic dyes:1||Oxygen evolution catalyst:1||PEGylation density:1||PIRET:1||PVA@UiO66/GO:1||Paclitaxel:1||Parabolic trough collector:1||Paracetamol:1||Partition coefficients:1||Pearlescence Antibiosis Pigment Silver 2Mercaptoethane sulfonate:1||Penicillamine:1||Perfluoroheptanoic acid:1||Perfluorohexanoic acid:1||Perfluorooctanoic acid:1||Perfluoropentanoic acid:1||Pharmaceuticals:1||Phase separation:1||Photocatalyst:1||Photocatalytic degradation:1||Photocytotoxicity:1||Photodynamic therapy:1||Photopolymerization:1||Photosystem II:1||Photovoltaic measurements:1||Phthalates:1||Pollutant:1||Pollutant monitoring:1||PolyLlysine:1||Polyaromatic hydrocarbons (PAHs):1||Polymer resin:1||Polyurethane:1||Potentialdependent SERS:1||Powdered milk:1||Protoheme:1||Pseudomonas syringae:1||Public facilities.:1||Quantitative:1||Quantum dot:1||Quencher:1||Quinazoline:1||Radon barrier:1||Raloxifene:1||Raman monitoring:1||Raman ringbreathing mode:1||Raman scattering:1||Raman sensor:1||Rankine cycle:1||Reactive blue 19:1||Realtime monitoring:1||Reduced graphene oxides:1||Remediation:1||Removable nanopipettes:1||Removal:1||Renewable resources:1||Reproductive toxicity:1||Reused electronic waste:1||Reversibility:1||Reversible assembly and disassembly:1||Reversible structural change:1||Rhodamine dyes:1||Rolltoroll:1||SERRS:1||SERS substrate:1||Safety management policies:1||Selective recycling gold:1||Selfassembled monolayers:1||Semi volatile organic compounds:1||Semi volatile organic compounds:1||Semivolatile organic compounds (SVOCs):1||Serum protein coating:1||SiO2:1||Signaling Pathway:1||Silver nanocubes:1||Silver substrates:1||Silvercoated gold nanostars:1||Simultaneous detection:1||Singlecell monitoring:1||Solid oxide fuel cells:1||Solvent effect:1||Spectrophotometry:1||Spectroscopy:1||Succinimide:1||Superabsorbent:1||Surface adsorption:1||Surface functionalization:1||Surfaceair equilibria:1||Surfaceinduced conformational changes:1||Sustainable hydrogen production:1||Sustainable materials:1||Synthetic probe:1||Tautomer:1||Telmisartan:1||Temperaturedependent UVVis absorption spectroscopy:1||Temperaturedependent infrared spectroscopy:1||Thermal decomposition:1||Thermochemical conversion:1||Thiabendazole:1||Thiram:1||Thylakoids:1||TiO2 nanoparticles:1||Tioconazole:1||Toxic chemical pollutants:1||Transition metaloxides:1||Triclosan:1||UV irradiation:1||UVVis absorption:1||UVvis absorbance spectroscopy:1||UiO66:1||UiO66NH2:1||VOC:1||Valorization:1||Viscous solution:1||Visiblelight photocatalysts:1||WO3UiO66@rGO:1||Wastewater:1||Water and wastewater treatment:1||Water contaminants:1||Water pollutants:1||Water quality:1||Water treatment:1||Waterborne coatings:1||WntMAPK pathway:1||XPS:1||Yeast iso1cytochrome c:1||Zeolitic imidazolate framework8:1||Zidovudine:1||Zn(II):1||ZnO multipod Composites:1||ZnO nanoparticles production:1||additional crosslinking:1||aggregation:1||air server:1||airborn fungi:1||alkoxysilane crosslinker:1||alphafetoprotein:1||analytical bias:1||anodized aluminum oxide:1||anodized aluminum oxides:1||antireflective surfaces:1||anticancer effect:1||aromatic isocyanide:1||aromatic isothiocyanate:1||benzalkonium chloride:1||benzenedithiols:1||benzyl mercaptide:1||bioimaging:1||biosensors:1||block copolymers:1||cancer cell screening:1||carboxylic acids:1||catalytic effect:1||characterization methods:1||charge transfer:1||chitosanconjugated gold nanoparticle:1||clustercore shell:1||coinage metals:1||colloidal nanoparticles:1||colloidal silica:1||colorimetric sensor:1||combinatory anticancer drugs:1||concentrationdependent SERS:1||confocal Raman microspectroscopy:1||confocal laserscanning microscopy:1||conformation analysis:1||conformational change:1||conformers:1||conical nanostructures:1||crosslinking:1||cyanide removal:1||cyclic polymer:1||cyclic voltammetry:1||cyclinkinase inhibitor:1||cyclohexanethiol:1||cyclohexyl isocyanide:1||cytosine:1||deboronation:1||density functional theory:1||desorption:1||diethyldithiocarbamate:1||dimethyl disulfide:1||dimethyl sulfide:1||ditellurides:1||drug delivery:1||electrocatalyst:1||electromagnetic enhancement:1||environmental detection:1||ferric ions:1||fipronil:1||flame ionization detector (FID):1||folate:1||folatereceptor target:1||food contaminations:1||freeradical telomerization:1||fructose:1||glucose:1||glycine:1||gold magnetic nanoparticles:1||gold surfaces:1||hot electron transfer photoreaction:1||humiditysensitive membrane:1||hydrazone:1||hydrogen sulfide:1||impedance spectroscopy:1||in indoor air:1||in situ Raman spectroscopy:1||industrial electroplating wastewater:1||infrared spectroscopy:1||intracellular imaging:1||intracellular redox potential:1||intracellular release:1||ion pairs:1||ionic liquids:1||kinetics:1||lab on a chip:1||laser ablation:1||leukemia cells:1||liquid butadiene rubber:1||livecell imaging:1||low critical solution temperature:1||luminescent probes:1||lung cancers:1||lysosometargeting:1||malachite green:1||metalenhanced fluorescence:1||methanethiolate:1||methylene blue:1||microRaman mapping:1||mineralization:1||molecularlevel contact:1||monolayer:1||motheye structures:1||multiblock copolymer:1||multifunctional polymer:1||nanocolloids:1||nanocone pattern:1||nanodimpled substrate:1||nanogaps:1||nanomaterials:1||nanoparticle:1||nanopipette lancets:1||nanostructuring:1||networkbased pathway analysis:1||nonphosphorylated betacatenin:1||odorant:1||organic/inorganic hybrid:1||pTerphenyl4,4 &apos:1||pH change:1||pHdependent cleavage:1||pHinduced drug release:1||peltier:1||phase transition:1||&apos:1||phenyl isocyanide:1||phenyl selenocyanate:1||phenylacetylene:1||phosphonic acids:1||phosphorylation:1||photodynamic therapy:1||photoreaction:1||photosensitizer:1||photothermaltherapy:1||plasmonic coupling:1||plasmonic gold nanoparticles:1||plasmonic nanoparticle arrays:1||plasmonics:1||polydimethylsiloxane:1||polyelectrolyte:1||polyelectrolyte/silver nanocomposite:1||polyelectrolytes:1||polymer–polymer conjugation:1||polymer dispersant:1||potential energy distribution analysis:1||quartz crystal microbalance (QCM):1||reactive copolymer:1||realtime analysis:1||recovery rate:1||reduced graphene oxide (rGO):1||reduced sulfur compound (RSC):1||relative recovery:1||rhodamine dye:1||ring nanocone arrays:1||seawater:1||selenoLcystine:1||shapecontrolled fabrication:1||silicafilled compound:1||silver carbamate complex:1||silver nanowire:1||species distribution:1||spiky silica nanoparticles:1||sulfur analysis:1||superhydrophobic coatings:1||surface anchoring mode:1||surface charge:1||surface modification:1||surface plasmon resonance:1||surface reconstruction:1||surfaces:1||temperaturedependent SERS:1||thermal desorber:1||thermal desorption:1||thin films:1||thiolene:1||thymine:1||timedependent density functional theory:1||titanium:1||trace analysis:1||transcriptomics:1||transparency coatings:1||transparent coating films:1||triethoxysilylterminatedpolymer:1||tumour hypoxia:1||uniform nanogaps:1||visiblelight bacterial annihilation:1||wearable heater:1||wrinkle control:1||라만분광법:1||메탄기체:1||수정미세저울:1||위상 탐지법:1||전자코:1||주파수변조:1||콜로이드 나노입자:1||파장가변 다이오드 레이져 분광학:1||황화물 분석:1||흡수분광법:1||phenolic compounds:1||(Bu4N)(2)[Ru(dcbpyH)(2)(NCS)(2)] (N719):1||(Bu4N)2[Ru(dcbpyH)2(NCS) 2] (N719):1||bipyridine:1||biquinoline:1||dithiol:1||dithiol Gold:1||1,3,5benzenetricarboxylic acid:1||1,4Benzenedithiol:1||1Pyrenebutyric acid:1||10,12pentacosadiynoic acid (PCDA):1||2,2&apos:1||2,6dimethyl phenyl isocyanide:1||2Amino4,5imidazoledicarbonitrile:1||2Thiocytosine:1||3Dprinted photocatalysts:1||3Dprinted substrates:1||4,4&apos:1||4Aminobenzo15crown5:1||4aminobenzo15crown5:1||4biphenylthiolate:1||4mercaptophenylboronic acid:1||5Methylcytosine:1||6Amino7deazapurine:1||8hydroxyquinoline:1||A549:1||AIE fluorescent probe:1||Absorbance measurements:1||Activation energy:1||Adsorbent:1||Adsorption equilibrium:1||Adsorption structures:1||Ag nanoparticles:1||Ag/AgBr/TiO2 nanoparticles:1||Agro wastes:1||Airborne fungi:1||Algal tox i n s:1||Alginate microbeads:1||Alkali metal ion sensing:1||Amlodipine:1||Anodized aluminum oxides:1||Antibiotic degradation:1||Anticancer:1||Antihypertensive drugs:1||Argemone mexicana oil:1||Au surfaces:1||Au22 nanoclusters:1||Au@ZIF67:1||Azobenzene:1||Bacterial ice nuclei:1||Benzo[ghi]perylene:1||Benzothiazole:1||Bimodal spectroscopic imaging:1||Binding modes:1||Biodiesel:1||Bioeconomy:1||Bioenergy:1||Biofilter:1||Biofiltration:1||Biofluidic channel:1||Biofuel:1||Biological Processes:1||Bioreceptors:1||Biphenyl4,4 &apos:1||Building material surface morphologies:1||C  N stretching mode:1||CO Rebinding:1||CaO catalyst:1||Calorimetric sensor:1||Cancer cells:1||Carbon:1||Carbon dioxide adsorption:1||CdS:1||CdS quantum dot:1||Cell viability:1||Cellulose based hydrogels:1||Chemical accidents:1||Chemodynamic therapy:1||Chiral gold nanoparticles:1||Cistrans isomerization:1||Citrinin:1||Clearcoat:1||Cluster calculations:1||Colloidal stability:1||Colorimetric:1||Confocal Raman spectroscopy:1||Confocal fluorescence microscopy:1||Conformational changes:1||Constantnumber Monte Carlo:1||Contaminated water:1||Copper nanoparticles:1||Coumarin:1||Cr(VI) ions:1||Cu:1||Cu(II):1||Curing process kinetics:1||Cyanoacrylic acid:1||

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