ScholarWorks@Dongguk University: Kang, Joo hyon

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Kang, Joo hyon (강주현)

College of Engineering (Department of Civil and Environmental Engineering)

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Tel 02-2260-3776
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Land use:4||Nanoparticles:4||stormwater:4||Photocatalysis:4||Heavy metals:3||Geographic information system:3||NOx:3||urban runoff:3||TiO2:3||Machine learning:3||WO3/TiO2:3||Zeolite:3||Wood charcoal:2||Holocellulose:2||microbial source tracking:2||Source identification:2||Fecal contamination:2||영양염류:2||Stormwater:2||Fecal indicator bacteria:2||Stormwater runoff:2||Nanomaterials:2||Hydrological Simulation ProgramFORTRAN (HSPF):2||Adsorption:2||HSPF:2||Green infrastructure:2||Norovirus:2||Nutrients:2||Optimization:2||COVID19:2||Early warning:2||Wastewaterbased epidemiology:2||Aerogels:2||Sensitivity analysis:2||hydrodynamic separator:2||Water quality:2||Isotherm:2||Freshwater Sediment:1||Generalized additive model:1||Genetic algorithm:1||Genotoxicity:1||Geographic information system (GIS):1||Harmful algal blooms:1||Heating rate:1||Heavy metal:1||Human keratinocytes:1||Hydrodynamic separator:1||Hydrological  Simulation  ProgramFortran(HSPF):1||Hydrological characteristics:1||Hydrological simulation programfortran (HSPF):1||Hydrometeorological:1||Infectious disease:1||Integrated reservoirs:1||Iron oxide coated sand (IOCS):1||Kinematic wave equation:1||Land use and land cover:1||Landuse:1||Largescale data:1||Lead:1||Liquid fertilizer:1||Logistic regression:1||Low impact development:1||Machine Learning:1||Major Malodor Substance:1||Malespecific coliphages:1||Material flow model:1||Microbial source tracking:1||Monte Carlo sampling:1||Multireservoir  model:1||Multiple linear regression:1||Multiple linear regression model:1||NSGAII:1||Nanoparticles:1||Network analysis:1||Nonpoint source pollution:1||Nonpoint sources:1||Nonpoint source:1||Operational changes:1||Ordination analysis:1||Organics:1||Oversampling:1||Partition coefficient:1||Pattern search algorithm:1||Pesticide:1||Pharmaceutical:1||Phosphorus:1||Phytoplankton:1||Pollutant sources:1||Pollution index:1||Polycyclic aromatic hydrocarbons:1||Positive matrix factorization:1||Principal component analysis:1||Radial flow:1||Recycled  irrigation:1||Reduced Sulfur Compounds:1||Regularization:1||Runoff:1||SHAP:1||SWMM:1||Sand:1||Sediment:1||Sediment toxicity:1||Sewer network:1||Shellfish:1||Soil taxonomy:1||Somatic coliphages:1||Storm Water Management Model (SWMM):1||Storm water management model:1||Storm water quality assessment:1||Stormwater quality:1||Stormwater treatment practices (STPs):1||Strength:1||Titanium dioxide (TiO2):1||Titanium dioxide nanoparticles:1||Total Maximum Daily Load (TMDL):1||UV/chlorination:1||Underground stormwater treatment device:1||Unit process:1||Urban runoff:1||Visible light:1||WWTP:1||Wastewater:1||Wastewater treatment plant:1||Water Quality:1||Water pollution:1||Water quality modeling (CEQUALW2):1||Water quality volume:1||Watershed:1||XGB:1||Zinc:1||adsorption:1||algal blooms:1||bacteria:1||best management practice:1||best management practice (BMPs):1||biosensor:1||chlorination:1||chlorophyll a (Chla):1||climate change:1||coagulation:1||computational fluid dynamics:1||contamination:1||critical source area:1||differentially expressed genes:1||discriminant function analysis:1||environmental surveillance:1||epidemics:1||fecal contamination:1||fecal indicator:1||geographic information system:1||geographical information system:1||healthcare:1||hostspecific Bacteroides markers:1||human health:1||ions:1||landuse:1||linear regression model:1||liver toxicity:1||malespecific coliphage:1||metoprolol:1||molecular pathway analysis:1||monitoring:1||multiobjective optimization:1||nanotoxicity:1||nonpoint source:1||noroviruses:1||particle size distribution (PSD):1||photolysis:1||pipe network:1||prolonged tissue damage:1||settling:1||somatic coliphage:1||storm water management:1||storm water management model:1||stormwater management model:1||stormwater treatments:1||total suspendid solids:1||ultraurban area:1||virus:1||water:1||water quality flow:1||watershed management:1||강우비점오염저감시설:1||겉보기분배계수:1||기계학습:1||다중 저류지모델:1||단위공정:1||물질흐름모델:1||미세입자:1||방사형 흐름:1||복합 음식물류 폐기물:1||분류모델:1||비점오염원:1||수질:1||수질처리용량:1||순환관개:1||액비:1||오염원:1||완효성비료:1||운동파방정식:1||주요 악취물질:1||중금속:1||초기세척:1||최적관리방안:1||카보닐화합물:1||토지이용:1||하수처리장:1||하천퇴적물:1||확산파방정식:1||ADASYN:1||환원황화합물:1||Alert level:1||Algae:1||Alkali hydroxide  urea solution:1||Alkali hydroxideurea solution:1||Apparent partition coefficient:1||Artificial neural networks:1||Automatic calibration:1||Best management practices:1||Best management practices (BMPs):1||Biochar:1||Bisection method:1||Carbonization:1||Carbonization temperature:1||Carbonyl Compounds:1||Chloride:1||Chlorophyll a:1||Chlorophyll a(chl a):1||Classifier:1||Climate change:1||Complex Food Wastes:1||Contaminants:1||Controlled release fertilizer:1||Convolutional neural networkgated recurrent unit:1||Copper:1||Cytotoxicity:1||Deep learning model:1||Diffuse pollution:1||Diffusion wave equation:1||Dispersing stabilizer:1||Ecological risk assessment:1||Emerging infectious diseases:1||Engineered nanoparticles:1||Extreme weather events:1||Feature importance:1||First flush:1||Flow control:1||

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