ScholarWorks@Korea University: HONG, Chang Seop

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HONG, Chang Seop (홍창섭)

College of Science (Department of Chemistry)

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Tel 02-3290-3138
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metalorganic frameworks:11||magnetic properties:5||Metalorganic frameworks:4||metalorganic framework:4||crystal structure:4||covalent organic frameworks:3||carbon dioxide capture:3||manganese:3||N ligands:3||azides:3||porous organic polymers:3||reactive oxygen species:3||metal&#8211:3||organic frameworks:3||photocatalyst:2||adsorption:2||coordination polymers:2||diamine functionalization:2||chemical warfare agent:2||Porous organic polymers:2||organic framework:2||insertion:2||crystal structures:2||composite materials:2||porous organic polymer:2||ambient condition:2||cobalt:2||platinum:2||Covalent organic frameworks:2||protonconducting materials:2||cyclization:2||porosity:2||postsynthetic modification:2||organic lightemittingdiode:2||Schiff bases:2||cyanides:2||singlechain magnets:2||Photoluminescence:2||tungsten:2||functionalization:2||amine functionalization:2||ammonia adsorption:2||nickel:2||Magnetic properties:2||indoor air capture:2||photoluminescence:2||Cobalt nano crystal:1||Hydroformylation:1||Lowdimensional magnetism:1||Magnetic transition:1||C2N3O coordination set:1||fluorescence:1||Hydrodeoxygenation:1||Lewis acids:1||Magnetic materials:1||protonated water clusters:1||conjugated polymer:1||noncrystalline polymers:1||Hydrogen carbonate:1||Iridium(III) complex:1||Ligand:1||Electrophosphorescence:1||Reference electrode:1||Ni(4,4 'bipy)(NO2)(2):1||CuIIcomplexes:1||electrostatic interaction:1||molybdenum:1||high&#8208:1||Gas adsorption:1||Isomers:1||Heterogeneous catalyst:1||Nanomaterial:1||Automation:1||Indoor carbon dioxide capture:1||hypercrosslinked porous organic polymer:1||hydrogen evolution reaction:1||metafree catalyst:1||Dimerization:1||Tetraethoxysilane:1||Diethylene glycol monoethyl ether sodium:1||Znion conductivity:1||Porous organic cages:1||ethane ethylene separation:1||DUT34:1||solutionprocess:1||Catalytic upgrading:1||hydrogenbonded organic frameworks (HOFs):1||Growth from solutions:1||Sorption:1||Selfassembly:1||Cu(II) EPR:1||Fluorescent chemical sensor:1||6Brppmbi:1||Fe2+ cation:1||Amines:1||Solubility:1||Electrical conductivity:1||Solvothermal reaction:1||Antiferromagnetically coupled:1||Epoxidation:1||iridium(III) complex:1||solubility:1||nonlinear optics:1||electrooptic effect:1||tetranuclear:1||carbon dioxide:1||Citrate detection:1||Data accumulation:1||CO2 cycloaddition:1||Group 2 metal:1||Heteroleptic:1||Tetraethyl orthosilicate:1||Covalent triazine frameworks:1||xenon krypton separation:1||MOF143:1||ethylene capture:1||Metal halides:1||CO2 capture:1||hydrophobicity:1||PDMS coating:1||Synthetic fuel:1||Sshaped isotherm:1||competitive absorption:1||Schiff base ligand:1||Biofuel:1||longterm performance:1||Solvent:1||Cu(II) complex:1||Catecholase:1||structural transformation:1||Dielectric properties:1||Coordination polymer:1||Magnetic property:1||Immobilization:1||asymmetric catalysis:1||carbenes:1||absorption:1||miscibility:1||tricyanopyrroline chromophore:1||selective MOFs:1||covalent&#8208:1||degradation:1||composite:1||heavymetal free:1||electrocatalyticCO2 reduction:1||Carboxylation:1||Postsynthetic modification:1||Porous organic materials:1||Iodine adsorption:1||Composite:1||Porosity:1||ultramicroproliferation:1||Linear alpha olefin:1||discriminative detection:1||carbon capture:1||cadmium:1||proton conducting materials:1||synthesis:1||cyanide:1||Ionic liquids:1||Longterm exposure:1||electrophosphorescence:1||glycinol coordination:1||homogeneous catalysis:1||composite membrane:1||ammonia capture:1||NH3 adsorbents:1||Hydrophobicity:1||double polymerization:1||water splitting device:1||Direct synthesis:1||Ethanol:1||Porous Organic Polymers:1||Proton Conduction:1||nanomaterials:1||mediumsized molecules:1||Adsorption:1||porous materials:1||singlecrystal neutron diffraction:1||working capacity:1||microwave chemistry:1||sulfonic acid groups:1||copolymerization:1||singlechain magnet:1||Formamides:1||Capacitance voltage:1||Ag/AgCl:1||Concomitant polymorphism:1||Xray crystallography:1||8quinolinolate:1||MOF shaping:1||recyclability:1||metal&#8208:1||Sensors:1||Copper:1||Hydrogen bonds:1||magnetism:1||sulfur oxidation:1||ultrasound:1||MAP4: Demonstrate:1||solvent exchange:1||low Pt content electrocatalyst:1||Hydrogenation:1||Electronic Effect:1||Porous aromatic frameworks:1||thermoresponsive gating effect:1||reversible interpenetration:1||ethane capture:1||ethane/ethyleneseparation:1||Noble gas:1||Physisorption:1||postsynthetic modification:1||polymer host:1||alkylation:1||lanthanide metals:1||cyclometalated iridium(III) complex:1||amines:1||CC coupling:1||Aldolcondensation:1||Carbonylation:1||Solgel:1||Rare earth doping:1||crystal engineering:1||Hexagonal mesoporous silica:1||hostguest systems:1||luminescence:1||ethane&#8208:1||Functional groups:1||open metal sites:1||LongTerm Performance:1||Solid electrolyte:1||Cubased paddlewheelMOF:1||MOF14:1||carbon dioxide separation:1||open metal site:1||Hydrogen storage:1||MetalOrganic frameworks:1||adsorbent:1||hydrogen storage:1||physisorption:1||porous aromatic frameworks:1||sidechain:1||desorption kinetics:1||heterometallic complexes:1||constant emission intensity:1||ABE mixture:1||amine:1||postsynthetic substitution:1||Neutron scattering:1||postsynthetic oxidation:1||charge transport:1||heteroatomcontaining polymers:1||Calibration:1||Heterogeneous catalysis:1||triplet energy transfer:1||mu(3)methanolate:1||bridge cleavage:1||cluster compounds:1||CO2 capture and storage:1||hydroxide ion transport:1||Proton conductivity:1||Luminescence:1||sulfur mustard simulant:1||Nickel nanoparticle:1||Meltinfiltration:1||rotational dynamics:1||deinterpenetration:1||multiple resonance:1||Metal organic frameworks:1||Xe/Kr separation:1||Ammonia:1||thermally activated delayed fluorescence:1||conversion:1||photoluminesence:1||Inorganicorganic hybrid perovskite:1||diffusion processes:1||sensors:1||density functional calculations:1||solvothermal synthesis:1||Recrystallization:1||Single crystal growth:1||thiol groups:1||Imidazolate:1||N,Oligand:1||Gadolinium oxide:1||Triplet energy transfer:1||Crystal structures:1||lateral moiety:1||pyrylium ions:1||mechanism:1||C2 separation:1||throughput discovery:1||anion exchange membrane fuel cell:1||Chiral dicopper complex:1||Structure elucidation:1||S ligands:1||dinuclear complexes:1||sonocatalyst:1||solvent polarity:1||MOF coating:1||Metalorganic framework composites:1||sonosensitization:1||PMS activation:1||photocatalytic oxidation:1||photosensitizer:1||CO2 utilization:1||photo:1||ALD precursor Strontium:1||Metallurgical silicon:1||augmented topology:1||Lewisbasic sites:1||nonconjugated linker:1||solutionprocess:1||Open metal sites:1||

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