ScholarWorks@Kumoh: Son, Younggyu

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Son, Younggyu (손영규)

College of Engineering (건축토목환경공학부)

Research Area: 토양지하수정화, 고도산화처리공정, 초음파화학, Soil/groundwater environment, AOPs

Tel +82-54-478-7637
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Cavitation:14||Ultrasound:9||Sonochemiluminescence:9||Acoustic cavitation:8||KI dosimetry:7||Sonochemistry:6||Gas sparging:6||Sonochemiluminescence (SCL):5||Cavitation yield:4||Liquid height:4||Calorimetry:4||Gas saturation:4||Heavy metals:4||Sonolysis:3||Soil washing:3||Sulfate radical:3||Tributaries:3||Probe position:3||Hydroxyl radical:3||Machine learning:2||Field application:2||Dissolved oxygen:2||Algal blooms:2||Ultrasonication:2||Sonocatalysis:2||Sonochemical activity:2||Activation energy:2||Sonochemical effects:2||초음파:2||Water Quality:2||Water quality:2||Sonochemical oxidation:2||캐비테이션:2||Sonochemical reaction:2||20kHz sonicator:2||Sonophysical effects:2||Sonoreactor:2||Sonoreactor design:2||Geometric optimization:2||Sonoreactors:2||Sound pressure:2||PM10:2||Stabilization:2||PM2.5:2||Mixing:2||Bisphenol A:2||Cyanobacteria:2||Sediments:2||Sequential extraction:2||Persulfate:2||Phenol:2||DO concentration:2||Air sparging:2||HCl:1||HER:1||Han River:1||Harmful algal blooms (HABs):1||Harmonics:1||Heavy metal:1||Heterogeneous system:1||High resolution mass spectrometry:1||Homogenizer:1||Hydrodynamic cavitation:1||Hydrodynamic cavitation/persulfate process:1||Hydrodynamic cavitation@persulfate@ozone process:1||Hydrogen generation:1||Hydrogen peroxide:1||Hydrothermal:1||Ibufropen:1||Ibuprofen:1||Industrial activity:1||Initial Concentration:1||Initial concentration:1||Kinetics:1||Land use types:1||Liquid height/volume:1||Liquid instability:1||Liquid level:1||Liquidliquid extraction (LLE):1||Livestock:1||Loading rate:1||Loading rates:1||Low Frequency:1||Lysozyme:1||MS):1||Magnetically separable titanium dioxide:1||Mass transfer:1||Mathematical modeling:1||Mechanical mixing:1||Mechanism:1||Membrane bioreactor:1||Membrane fouling:1||Mesoporous:1||Methanol:1||Microbial activity:1||Microbubbles:1||Microcystin:1||Micropollutants:1||Mixture:1||Modified CMK3:1||Monitoring:1||Monomicelles:1||Multistepped ultrasonic horn:1||Multiple Regression analysis:1||NO2 generation:1||NO3 generation:1||Nakdoing River:1||Nakdoing river:1||Nakdong river:1||Nanofibers:1||Nonpoint source pollutants:1||Nucleation:1||OER:1||Ordered mesoporous carbons CMK3:1||Oxidation:1||Ozone:1||PCBs (Polychlorinated biphenyls):1||PCDD/F:1||Pearson Correlation Coefficient:1||Pentachlorophenol:1||Permeable reactive barrier:1||Phosphate sensor:1||Photochemistry:1||Polychlorinated biphenyls:1||Polychlorinated dibenzopdioxins and di:1||Potassium iodide dosimetry:1||Powdered activated carbon:1||Power:1||Priority Management Areas:1||Priority management areas:1||Radical:1||Rareearth extraction wastewater:1||Reaction kinetics:1||Reaction rates:1||Realfield soil:1||Realfield treatment:1||Recirculation flow:1||Reduction:1||Rhodamine B (RhB):1||Rhodamine B degradation:1||Risk assessment:1||SHapley Additive exPlanation:1||Saturating gas:1||Scaleup:1||Sequential extraction procedures:1||Single irradiation:1||Small streams:1||Small/Medium Sized Reservoirs:1||Softtemplated:1||Soil:1||Soil monitoring network:1||Soil pollution indices:1||Soil remediation:1||Soil washing processes:1||Solvent:1||Sonication:1||Sonochemical Degradation:1||Sonochemical Oxidation:1||Sonochemical degradation:1||Sonochemical oxidation activity:1||Sonochemical reactions:1||Sonochemiluminescence(SCL):1||Sonophotolysis:1||Sonophysical activity:1||Sonoreactor dimensions:1||Spent coffee powder:1||Stabilization materials:1||Starvation:1||Stepwise Regression Method:1||Stirrer:1||Subharmonics:1||Surfactant:1||Surveys of the actual state of soil contamination:1||Synergy:1||TCLP:1||Total petroleum hydrocarbon:1||Toxic heavy metal:1||Tributary:1||Trihalomethane:1||Trihalomethanes:1||Triiodide method:1||Triple quadrupole mass spectrometry:1||Trophic State Index:1||Ultrasonic desorption:1||Ultrasonics:1||Ultrasound Soil Washing Processes:1||Ultraviolet:1||Urban:1||Urban streams:1||Visiblelight photocatalysis:1||Wasteresource:1||Water quality status maps:1||Water splitting:1||XGB model:1||XGB 모델:1||XGBoost:1||Zeroorder reaction kinetics:1||ZnO nanoflake template:1||benzofurans:1||coastal area:1||dioxinlike polychlorinated biphenyls (dlPCBs):1||gas chromatography:1||gas chromatography with triple quadrupole mass spectrometry (GCQqQMS/MS):1||mass spectrometry (GC:1||nHexane:1||onestep cleanup:1||pn Heterojunction photocatalyst:1||persistent organic pollutants (POPs):1||polychlorodibenzopdioxins (PCDDs):1||polychlorodibenzofurans (PCDFs):1||soils:1||synthetic musk compounds (SMs):1||volume:1||광물탄산화:1||낙동강:1||녹색정화:1||다중회귀분석:1||단계선택방법:1||대기오염:1||도시하천:1||머신러닝:1||변동계수:1||부영양화지수:1||분말활성탄:1||비점오염물질:1||수위Ultrasound:1||수질:1||수질분석:1||알루미늄 호일 부식 실험:1||오염물질부하량:1||유량:1||유입부하량:1||입상활성탄:1||중소형저수지:1||중점관리지점:1||중점관리하천:1||지류․지천:1||지열발전:1||지천:1||초음파 반응기:1||초음파 토양 세척 공정:1||초음파화학:1||탄소중립2050:1||탄소포집저장:1||퇴적토:1||폐커피가루:1||피어슨 상관계수:1||흡착속도:1||흡착평형:1||Acoustic emission spectra:1||Adsorption equilibrium:1||Adsorption kinetics:1||Advanced oxidation process:1||Agricultural:1||Agricultural soils:1||Air pollution:1||Alcohols:1||Aluminum Foil Erosion Tests:1||Aluminum foil:1||Aqua regia:1||Arsenite:1||As:1||BSA:1||Bioaccumulation:1||Biochar:1||Biomass:1||Bisphenol A (BPA):1||BisphenolA:1||BisphenolA (BPA):1||Carbon fiber paper:1||Cavitation bubble dynamics:1||Cavitational yield:1||Clay:1||Cobalt:1||Coefficient of Variation:1||Coefficient of variation:1||Contamination factor:1||Cost effective:1||Dechlorination:1||Design methodology:1||Discharged pollutant load:1||Dual irradiation:1||EDTA:1||Electron spin resonance:1||Electroplating:1||Electrospinning:1||Energy distribution:1||Environmental release:1||Evaluation index:1||Extraction:1||Finegrained soil:1||Firstorder reaction kinetics:1||Flow rates:1||Fundamental frequency:1||Gas chromatography:1||Geometric conditions:1||Gigs free energy:1||Glass bead:1||Granular activated carbon:1||H2O2:1||H2O2 measurement:1||

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350-27, Gumi-daero, Gumi-si, Gyeongsangbuk-do, Republic of Korea (39253) 054-478-7170

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