ScholarWorks@Korea University: Park, Hee Deung

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Park, Hee Deung (박희등)

공과대학 (건축사회환경공학부)

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Tel 02-3290-4861
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Biofouling:15||Pseudomonas aeruginosa:7||Biohydrogen:7||Biofilm:7||Galactose:6||Direct interspecies electron transfer:6||Activated sludge:5||Anaerobic digestion:5||Pyrosequencing:5||Methanogenesis:4||Reverse osmosis:4||biofilm:4||Membrane bioreactor:4||Membrane:4||Antibacterial:3||Vertically aligned:3||Transformation products:3||Photocatalyst:3||RO processes:3||Fouling:3||Dynamic membrane:3||Clostridium:3||Water quality parameters:3||Hydraulic retention time:3||Membrane fouling:3||Atomic layer deposition:3||Carbon nanotube:3||Singlet oxygen:2||forward osmosis:2||Aeration:2||Drinking water treatment:2||cell death:2||Reactive oxygen species:2||Quorum sensing inhibition:2||Quorum sensing:2||Geobacter:2||Efficiency:2||Metagenomics:2||nitric oxide:2||MicrocystinLR:2||Polyamide thin film composite membrane:2||Ammoniaoxidizing bacteria:2||macrophage:2||Conductive material:2||Anaerobic digester:2||Silane coupling agent:2||Hydrogen:2||Finepore diffuser:2||Photocatalytic degradation:2||Zinc oxide:2||Lauroyl arginate ethyl:2||Nitrification:2||Community assembly:2||Biofilm inhibition:2||carbon nanotube:2||Granular activated carbon:2||Substrate competition:2||Antibacterial activity:2||Nextgeneration sequencing:2||Water permeability:2||Highrate bioH2:2||Surface immobilization:2||Carbon nanotubes:2||Microbial community:2||Titanium dioxide nanoparticle:2||biofouling:2||Butyrate:2||shapememory polymers:1||thermomechanical behavior:1||Staphylococcus aureus:1||Magnetite:1||Pressure retarded osmosis (PRO):1||Granular activated carbon (GAC):1||Lactobacillus:1||Quorum quenching:1||Lactonase:1||iron:1||Bacterial community:1||Wastewater:1||Lactic acid:1||Fouling index:1||Algae:1||Syntrophic acetate oxidation:1||proinflammatory cytokine:1||Simultaneous utilization:1||Algal biomass:1||Atomic layer deposition (ALD):1||Anaerobic ammonium oxidation (anammox):1||supercritical CO2 process (SCCO2):1||nanofiltration:1||high permeance and high selectivity:1||pHresponsive:1||quorum sensing:1||2MIB odor:1||6gingerol analog:1||Genomecentric analysis:1||Water treatment:1||Simulation:1||Bioupcycling:1||Circular bioeconomy:1||Metabolic contribution:1||C60 fullerene:1||Remote disinfection:1||Homoacetogenesis:1||Aircathode:1||Geobacter species:1||Phosphorus accumulating organisms:1||Metabolic pathway:1||Biofilm conductivity:1||Acetogenesis:1||PhotoFentonlike process:1||Domestic river water:1||Monod equation:1||Organic acids:1||Polyvinylidene fluoride:1||Macrophages:1||454 pyrosequencing:1||Free radical:1||Biocide:1||Methanogen:1||Spirochaetes:1||Hybrid immobilized cells:1||Species sorting:1||Coating:1||Polymer bound isocyanate:1||Nitrate:1||MBR:1||Community composition:1||Surface roughness:1||Sedimentation:1||Reliability analysis:1||Membrane biofouling:1||Autotrophic nitrogen removal:1||lithium recovery:1||Extracellular polymeric substance:1||linoleic acid:1||North Han River:1||thinfilm nanocomposite membrane (TFN):1||Alkane 1monooxygenase:1||Cytochrome p450:1||Heterostructure:1||Photocatalysis:1||RhlR:1||ethyl lauroyl arginate:1||constitutive model:1||thermal strain:1||Endoelectrogen:1||Conductive materials:1||water purification:1||Photosensitized oxidation:1||Internal concentration polarization (ICP):1||Chlorhexidine gluconate (CHG):1||(oxy)tetracycline:1||Toxicity assessment:1||Microbial fuel cell:1||Inoculum concentration:1||Tetrasphaera:1||contact inactivation:1||graphenebased membranes:1||wastewater reuse and desalination:1||UVLED:1||UVassisted advanced oxidation process:1||Methane:1||Cell death:1||Pressure retarded osmosis:1||lauroyl arginate ethyl:1||Microbial consortia:1||Biological activated carbon filter:1||Tributyl tetradecyl phosphonium chloride:1||Process disturbance:1||rhamnolipid:1||Fouling mechanism:1||Chemical cleaning:1||Rare taxa:1||Highvalent iron:1||Reciprocation:1||flow cell:1||vertically aligned carbon nanotube:1||QSAR analysis:1||TiO2:1||AnatoxinA:1||Bacterial communities:1||RO process:1||Linoleic acid:1||Molecular property:1||RNA sequencing:1||Hematoporphyrin:1||Enterococcus durans:1||Nisin:1||Nitric oxide:1||qPCR:1||Methanobacterium:1||Functional redundancy:1||Energy generation rate:1||Operation:1||Phylogenetic analysis:1||Leachate:1||Lactate:1||Next generation sequencing:1||Lipid peroxidation:1||Nonoxidizing biocide:1||Hydrophilic:1||biofouling reduction:1||quaternary ammonium cation:1||Saccharomyces cerevisiae:1||Ammonia monooxygenase subunit A (amoA):1||Critical flux:1||Osmotically driven membrane process:1||Vizo design (VD):1||CuMPD:1||antimicrobial properties:1||Membrane process:1||diffusible signal factor:1||Biogenic sulfidated iron:1||Peroxide activation:1||Sulfate radical:1||mibC:1||wastewater concentration:1||Metagenomic analysis:1||nonoxidizing biocide:1||PET hydrolase:1||raffinose:1||Direct interspecies electron transfer (DIET):1||Dynamic membrane bioreactor:1||UVLEDs:1||Enrichment:1||Biofilm inhibitor:1||Cyanotoxins:1||Prevotella spp.:1||Antibiofouling:1||Biogas:1||Synergy:1||Reduced graphene oxide:1||Fixed bed reactor:1||Highrate:1||Silver nanoparticle:1||Metagenome:1||Functional potentials:1||Soluble metabolic products:1||Reverse osmosis (RU) membrane:1||Antifouling:1||antibacterial activity:1||androgendisrupting chemicals:1||Bioelectrochemical system:1||Denitrification:1||Aluminumbased coagulant:1||Immersed microfiltration:1||Redundancy analysis:1||cannabidiol (CBD):1||HagenPoiseuille (HP) equation:1||Neutral assembly:1||low temperature:1||tobramycin:1||Highthroughput sequencing:1||Linear alkylbenzene sulfonate:1||glucosyltransferase:1||Raffinose:1||Microfiltration membrane:1||Dark H2 fermentation:1||Natural organic matter:1||Geobacter sp.:1||Interspatial distance:1||Enhanced biological phosphorus removal:1||Biofouling resistance:1||6Gingerol analogs:1||Substrate concentration:1||biofilm inhibitor:1||Arc plasma deposition:1||Highthroughput amplicon sequencing:1||Salinity influence:1||Antibiofilm:1||Nonoxidizing biocides:1||Granular biomass:1||Gas vacuole:1||Selfaggregation:1||estrogenic endocrinedisrupting chemical:1||Protein immobilization:1||Bioethanol:1||Floc characteristics:1||Pressureretarded osmosis:1||Internal concentration polarization:1||untact telemedicine:1||Biofouling control:1||Soluble microbial product:1||Sulfatereducing bacteria:1||Ti3C2 MXene:1||internal concentration polarization (ICP):1||structural parameter:1||infection:1||Fluidstructure interaction:1||Exoelectrogen:1||Coculture biofilm:1||desalination:1||membrane:1||Hydroxyl radical:1||Structural parameter (S):1||Photofenton process:1||Alkalitreated sludge:1||4NPO:1||Rose bengal:1||Triclosan:1||Inflammation:1||Glucose:1||Support matrix:1||Methanosaeta:1||ATP quantification:1||Quantitative polymerase chain reaction:1||Ammoniaoxidizing archaea:1||Enriched mixed cultures (EMC):1||Transparent exopolymer particles:1||Pyrone:1||Polyvinylchloride (PVC):1||reverse osmosis membrane:1||lipopolysaccharide:1||Gelidium amansii:1||Biocathode:1||Coagulation:1||Reverse solute diffusion:1||pistontype extrusion (PTE):1||Biofilm dispersion:1||biofilm formation:1||16S23S rRNA ITS:1||Pseudanabaena yagii:1||interlayer:1||Microbiome engineering:1||temperaturerate dependence:1||GAC:1||DIET:1||PICRUSt:1||bacterial viability:1||hydriodic acid:1||Hydrogen peroxides:1||Clostridium butyricum:1||Sporolactobacillaceae:1||Flux balance analysis:1||Ultrasonic spray pyrolysis:1||Anatase TiO2:1||Methylene blue:1||454 Pyrosequencing:1||Vertically aligned carbon nanotube:1||Antibacterial property:1||Aeration diffusers:1||Membrane bioreactor (MBR):1||Densification:1||Bacterial deposition:1||Hydrodynamic cavitation:1||SiO2:1||Oil extraction wastewater:1||Influent wastewater:1||Marine red algae:1||Ceramic membrane:1||Zinc oxide (ZnO):1||Mainstream applications:1||Deammonification:1||biofilm detachment:1||Polyethylene terephthalate:1||Microbial degradation:1||Streptococcus mutans:1||

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