01723nam a2200301 c 4500001001300000005001500013008004100028040001100069041001300080052003000093245028600123300003200409545005300441545004700494545003400541545005300575653040000628700004801028700004801076700001401124700005301138773013601191856002001327900001901347900001801366900001801384900001901402KSI00007569020040209174531031121s1997    ulka          000   kor    a0110010 akorbeng01a539.905b대495ㄷc19(5)00aAlum의 응집 mechanism을 고려한 2단혼화공정의 탁도 및 유기물질 응집특성 연구=xCoagulation of turbidity and dissolved organic carbon in a two stage rapid mix system based on the coagulation mechanisms of alum/d전항배,e채선하,e백흥기,e신항식  ap. 633-642:b삽도;c29 cm  a신항식, 한국과학기술원 토목공학과  a전항배, 충북대학교 환경공학과  a채선하, 수자원연구소  a백흥기, 한국과학기술원 토목공학과  aAluma응집 mechanisma2단혼화공정aVelocity gradienta탁도a유기물질a응집특성aCoagulationaTurbidityaDissolved organic carbonaTwo stage rapid mix systemaCoagulation mechanismsaCRMaPhisical coagulationaTSRMa속도경사a급속혼화공정a화학적 응집a물리적 응집aVelocity gradientaConventional rapid mix systemaCRMaChemical coagulationa2단혼화공정1 a전항배,g田恒培,d1961-0KAC2017071391 a채선하,g蔡善廈,d1969-0KAC2017073561 a백흥기1 a신항식,g申恒植,d1948-0KAC2017003634aut0 t大韓環境工學會誌.d大韓環境工學會.g19권 5호(1997년 5월), p. 633-642q19:5<633w(011001)KSE199508484,x1225-502540u3156424aKd00010aBaek, Heung-Ki10aChoi, Seon-Ha10aJun, Hang-Bae10aShin, Hang-Sik