ScholarWorks@Dongguk University: Lee, Sang il

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Lee, Sang il (이상일)

College of Engineering (Department of Civil and Environmental Engineering)

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Tel 02-2260-3353
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GLDAS:5||GRACE:5||HACCP:5||Landsat:4||TRMM:4||Drinking water:3||drinking water:3||satellite:3||Jaya algorithm:3||Lake Chad:3||Machine learning:3||SGI:2||groundwater:2||groundwater drought:2||SWAT model:2||Heavy metals:2||hydrological changes:2||음용수:2||Aquifer storage transfer and recovery (ASTR):2||Oversampling:2||managed aquifer recharge:2||CNNLSTM:2||multisatellite:2||Deep learning:2||total discharge:2||QUAL2Kw:2||Managed aquifer recharge (MAR):2||Water reuse:2||LSTM:1||Lake Chad Basin:1||Lake Chad basin:1||Land Surface Temperature:1||Long:1||MODIS:1||Managed aquifer recharge:1||Mixing rates:1||Multiplatform satellite:1||NDVI:1||Nakdong River:1||Nakdong river:1||Nam Dinh Province:1||Optimization:1||PRMS:1||Pollutant release and transfer register (PRTR):1||Pollution index:1||Potential risk assessment:1||Precipitation Runoff Modeling System (PRMS):1||Random forest:1||Reverse osmosis concentrate:1||SEAWAT:1||SO2 contamination:1||Sealevel rise:1||Seawater intrusion:1||Sediment:1||Sentinel:1||Simulation:1||Source identification:1||South Korea River Basins:1||Stochastic:1||Support vector machine:1||TOPSIS:1||TWSC:1||Ungauged area:1||WGHM:1||WorldView:1||WorldView3:1||XGBoost:1||agricultural drainage water (ADW):1||altimetry:1||aquifer storage transfer and recovery:1||artificial neural network:1||artificial neutral network:1||carbon dioxide emission:1||chemical hazard:1||climate change:1||climate change adaptation:1||computational fluid dynamics:1||conjunctive management:1||conjunctive operation:1||conjunctive use:1||deep learning:1||drinking water supply:1||drought:1||drought severity:1||geographic conditions:1||groundwater storage changes:1||groundwater well:1||hazardous event analysis:1||hydrodynamic separator:1||hydrological modeling:1||hydrological processes:1||landsat:1||machine learning:1||meteorological variables:1||monsoon watershed:1||multimodel ensemble (MME):1||multisite calibration:1||nonpoint source:1||optimization:1||pollutant release and transfer register:1||potential risk:1||probability:1||probability density function:1||probable rainfall:1||propagation:1||reference evapotranspiration:1||remote sensing:1||reuse:1||risk analysis:1||river basin management:1||runoff estimation:1||sand dam:1||seasonal and monthly variability:1||sensitivity analysis:1||sensors:1||settling:1||simulation:1||ANN:1||spatial analysis:1||stochastic approach:1||storm water management:1||surface water mapping:1||term runoff:1||trend analysis:1||water allocation:1||water balance:1||water balance model:1||water budget analysis:1||water quality:1||water quality management:1||water resources:1||water supply potential:1||watershed management:1||낙동강:1||대수층 저장·이동 및 회수:1||위해사건분석:1||simulationoptimization model:1||ARIMA:1||Agricultural drainage water:1||Altimetry:1||Aquifer storage transfer and recovery:1||Biological treatment:1||Breakup phenomena:1||Catchment management:1||Cement:1||Chlorophylla:1||Climate change:1||Coastal aquifers:1||Coastal area:1||Drop drag force:1||Drought propagation:1||FAO PenmanMonteith:1||GCMs:1||GRACE & GRACEFO:1||Groundwater:1||Groundwater drought:1||Groundwater storage changes:1||Hazardous event analysis:1||Impure CO2 drops:1||Input materials:1||Kajiyama formula:1||Kinetic parameters:1||Kmeans:1||Korean Peninsula:1||

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