共 22 条
[1]
The effect ofGAOs on anaerobic carbon requirements in fullscaleAustralianEBPRplants. Saunders A M,Oehmen A,Blackall Ll,et al. Water Science and Technology . 2003
[2]
The effect of temperature onenhanced biological phosphorus removal. Jones M,Stephenson T. Env.Techn . 1996
[3]
Internal energy-based competition between polyphosphateand glycogen accumulation bacteria in biologicalphosphorus removal reactors-effect of P/C feeding ratio. Wen-Tso Liu,Kazunori Nakamur,Tomonori Matsuo,et al. Water Research . 1997
[4]
The effect ofGAOs(glycogen accumulating organisms)on anaerobiccarbon requirements in full-scale Australian EBPR(ehancedbiological phosphorus removal)plants. Saunders A M,Oehmen A,Blackall Ll,et al. Water Science and Technology . 2003
[5]
Modeling gloycogen storageand denitrification capability of microorganisms inenhanced biological phosphate removal process. MinoT,LiuW-T,Kurisu F,et al. Water Science and Technology . 1995
[6]
Effect of the anaerobic SPT on enchancedbiological phosphorus removal. Matsuo Y. Water Science and Technology . 1994
[7]
A metabolicmodel for acetate uptake under anaerobic condition byglycogen accumulating organisms:stoichiometry,kineticsand the effect of pH. Filipe C D M,Glen T,Daigger C P,et al. Biotechnology and Bioengineering . 2001
[8]
Characterization ofenhanced biolgical phosphorus removal activated sludgeswith dissimilar phosphorus removal performances. Bond P L,Keller J,Blackall L L. Water Science and Technology . 1998
[9]
A biochemicalhypothesis explaining the response of enhanced biologicalphosphorus removal biomass to organic substrates. Cathy R Hood,Andrew Amis Randall. Water Research . 2001
[10]
The efficient of enhanced biological phosphorus removalfrom real wastewater affected by different rations of aceticto propionic acid. Yinguang Chen,Andrew A Randall,Terrence McCue. Water Research . 2004