CAU Scholar's Space: Park, Kyoo Hong

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Park, Kyoo Hong (박규홍)

공과대학 (건설환경플랜트공학)

Research Area: 건설환경플랜트공학

Tel 02-820-5886
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nitrification:3||rotating biological contactor:3||Hydrogen sulphide:3||sewer rehabilitation:3||최적화:3||비용편익분석:3||recirculation ratios:3||Sewers:3||AHP:3||RBC:3||climate change:3||전단응력:3||하수관거정비:3||하수관로:3||Analytic Hierarchy Process:2||watershed management:2||willingnesstopay:2||악취:2||Permeable Reactive Barriers:2||와이블 분포:2||4POBN:2||Minimum velocity:2||contingent valuation method:2||SMZ(Surfactant Modified Zeolite):2||4chlorophenol:2||유역관리:2||costbenefit analysis:2||Costbenefit analysis:2||계층분석기법:2||일반극치분포(GEV분포):2||Sediments:2||Nitrate:2||Septic tank:2||확률분포함수:2||기후변화:2||Gumbel distribution:2||정화조:2||Tractive force:2||Odor:2||Sewer pipe:2||Chemical addition:2||Sewer rehabilitation:2||Optimization:2||최소유속:2||Weibull distribution:2||Ammonium:2||PROMETHEE:2||integrated sewerage system:2||침전물:2||Hydrous manganese oxide (HMnO):1||Hydroxyl Radical:1||Hydroxyl radical:1||IDF curve:1||Inputoutput model:1||Integrated Sewerage Management System:1||Integrated management system:1||Investment Projects for New Public Services:1||Kinetics:1||Landfill site:1||Lithium:1||MLE(Maximum Likelihood Estimation):1||Mitigating chemicals:1||Net present value:1||OH 라디칼:1||OdaLog:1||Odor suppression:1||Odour:1||Organic matter indices (DOC:1||Performance Indicator:1||Plastic deformation:1||Policy Evaluation:1||Polluter pays principle:1||Polyacrylonitrile (PAN):1||Polyethylene (PE) pipe:1||Polyvinyl Chloride (PVC) pipe:1||Predictive models:1||Priority:1||Probability Distribution Function:1||Probability distribution function:1||Productioninduced effect:1||Pubic sewage treatment facilities:1||Publicly owned treatment works:1||Rainfall Probability:1||Rainwater management:1||Rapid mixing:1||Rate constant:1||SWMM:1||Sediment transport:1||Seoul Metropolitan Government:1||Sewage Service:1||Sewer defect:1||Sewer network:1||Sewer pipes:1||Sewer systems:1||Sewerage:1||Sewerage fee:1||Sewerage fee imposition system:1||Shear stress:1||Siting factor:1||Smart sewer system:1||Social cost:1||Sorption:1||Steelers' Dust:1||Storage tank:1||Sulfide emission:1||Survey:1||TOC 유출부하:1||TOC 처리부하:1||Total organic carbon (TOC):1||Total organic carbons:1||Treated TOC load:1||Turbidity:1||Value addedinduced effect:1||Wastewater Treatment Plant:1||Water quality standard:1||Watershed Management:1||WeightIndex:1||Willingnesstopay(WTP):1||Wishart distribution:1||analytic hierarchy process:1||column flotation:1||computer vision:1||confidence interval:1||contaminated dredged materials:1||controlling factor:1||cost recovery:1||deepflow:1||denitrification:1||economic analysis:1||enhanced coagulation:1||extreme rainfall event:1||fast messy genetic algorithm:1||financial sustainability:1||flood susceptibility mapping:1||fmGA:1||fouling:1||ground collapse:1||hydrocyclone:1||hypothetical test:1||infiltration/inflow:1||infitration/inflow:1||integrated management system:1||location parameter:1||membrane bioreactor:1||minimum probable rainfall depth:1||nonstationary climate:1||nontargetbased structural displacement:1||nonstationary extreme value distribution:1||optical flow:1||optimal budgeting:1||optimiization:1||optimization:1||particle trajectory:1||powdered activated carbon adsorption:1||residual organic matter:1||resilience index:1||response surface method:1||return period:1||satellite image:1||scenario analysis:1||service level of sewer:1||sewer flooding:1||sewer maintence:1||sewer networks:1||sewer rapair:1||sewerage facilities:1||sewerage fee:1||stationary climate:1||statistical methods:1||storm sewer design criteria:1||structural displacement measurement:1||swine wastewater:1||transportation disruption cost:1||ultrafiltration:1||volume reduction:1||가뭄:1||가설검정:1||가압부상:1||강우확률:1||검벨분포:1||검블분포:1||경제성 분석:1||경제적 파급효과:1||계층적 분석법:1||공공수처리시:1||공공하수처리시설:1||교통지체비용:1||극치분포:1||노후도 추정 모델:1||도데칸:1||밀도프루드수:1||반송비:1||부가가치유발효과:1||비정상계열:1||빗물관리:1||사회간접비용:1||산업연관분석:1||상관분석:1||새로운 공공서비스사업:1||생산유발효과:1||서울시:1||성과지표:1||수관로:1||수세분뇨:1||수질기준:1||순현재가치:1||스마트하수도:1||시나리오 분석:1||신뢰구간법:1||오염염자 부담 원칙:1||요금 현실화:1||요인분석:1||우선순위:1||위치매개변수:1||유기물질 관리지표:1||유출수:1||유화수:1||응집:1||의사결정:1||재정적 지속가능성:1||재현기간:1||저수조:1||전용오수관로:1||정상계열:1||정책 성과 평가:1||제강분진:1||조건부 가치측정법:1||조건부가치측정법:1||주방용오물분쇄기:1||지불의사금액:1||지불의사액:1||질산화:1||질소제거:1||총 유기탄:1||총유기탄소:1||최소확률강우량:1||최우도추정량:1||최적예산:1||취업유발효과:1||침입수/유입수:1||침전물 이송:1||침투수침입수:1||타당성 평가:1||탈질화:1||통계적 방법론:1||통합관리체계:1||통합운영관리시스템:1||펜톤유사산화반응:1||폐수종말처리시설:1||프로메티 기법:1||하수관거의보수:1||하수관거의유지관리:1||하수관로 결함:1||하수관로 정비:1||하수도:1||하수도 서비스:1||하수도 요금:1||하수도 침수:1||하수도 통합관리시스템:1||하수도시설:1||하수도요금:1||하수도요금 부과체계:1||합류식 하수도:1||합류식하수관거월류수:1||4Chlorophenol:1||회전원판법:1||Analytic hierarchy process:1||AntiWishart distribution:1||ArcGIS:1||Artificial neural network:1||BOD5:1||Bartlett decomposition:1||CODCr):1||CODMn:1||Chemical dosing:1||Coagulant:1||Coagulation:1||Combined Sewer Overflows(CSOs):1||Combined sewer system:1||Complex Wishart distribution:1||Conditional ranking:1||Contingent valuation method(CVM):1||Correlation analysis:1||Corrosion:1||Decision making:1||Densimetric Froude number:1||Deterioration:1||Deterioration estimation model:1||Dirac delta function:1||Discharged TOC load:1||Dissipation:1||Dissolved Air Flotation:1||Dodecane:1||Drought:1||Economic ripple effects:1||Effluent:1||Emission rate:1||Employmentinduced effect:1||Emulsion:1||Exclusive sewage pipe line:1||Expert group:1||Extreme Value Distribution:1||Factorial analysis:1||Feasibility Assessment:1||Feces:1||FentonLike Oxidation:1||Food waste disposer:1||GAIA cube:1||GAIA plane:1||Generalized Extreme Value (GEV) distribution:1||Generalized extreme value (GEV) distribution:1||Gumbel Distribution:1||Gumbel분포:1||H2O2/steelers' dust system:1||

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