4[1]Schoeffel. E. W.. Seegerl. N. Wet air oxidation procedure and its utilization for industrial waste removal[ J]. Wasser. Luft. Betr, 1996.8:541 -546
5[5]Keen. R.. Bailod. C. R. Toxicity to daphnia of te pend ptoducts of wet oxidation of phenol and substituted phends [ J ]. Wat. Res.,1985.19(6). 767 -777
6[16]Hurwitzke. E.. et al. Wet oxidation of sewage sludge [ J ]. J.WPCF. 1960.32(9). 918-929
7[17]Teletake. G. H.. Hoffman C. A. et al. Components of sewage sludge[J]. Waster & Sewage Works. 1965.112(8).298 -305
8[18]Li. L. Generalized kinetic model for wet oxidation of organic compounds[ J]. J. AICHE, 1991.37 ( 11 ). 298 - 305
9[21]Ding. J.. Soeying. V. 1.. Larson. R.A. etal. Effects of temperture. time and biomass on wet air regeneration of arbon [ J ]. J.WPCF, 1987.59(3). 139 - 144
10[22]Mundale. V. D.. Joylekar. H. S.. Kalam. ABUL. et al. Regeneration of spent activated carbon by wet air oxidation [ J ]. Can. J.chem.. Eng., 1991.69(10). 1149-1158
