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,1052, 北京科技大学学报 第32卷 [12]SymonsZC.Bruce N C.Bacterial pathways for degradation of camponents by response surface methodology to enhance phytase nitmarmatics Nat Prod Rep 2006 23:845 production by Pichia ananala Process B inchon.2002 37 (9): [13]Douglas C M.Design and Ana lysis of Experients Beijng Post 999 Telecan Press 2007 [19]Chen H.Huang H.Wu H Y.Process optin ization for PHA pro [14]Gan H E Karin R.Muhammad S K S et al Opti ization of duction by activated sludge using response surface methodology the basic fomulation of a tmaditional baked cassava cake usng re- Birmass Biomergy 2009 33(4):721 sponse surface methodology IWT Food Sci Technol 2007.40 [20 Aslan N.Application of response surface methodology and central (4):611 camposite muatable design formodeling the nfluence of sane op [15]BD.Boyac I H.Modeling and opti ication I:usability of erating variables of a multi gravity separator for coal cleaning response surface methodology J Food Eng 2007,78(3):836 Fuel2007,86(56):769 [16]BD.Boyac I H.Modeling and optin ization II comparison [21]Gao T Q ian C Y.The development oforganic pollutants in water of estination capabilities of response surface methodology w ith ar in TD2 photocataly tie oxidation IndWaterTmat 2000 20(4): tificial neural networks in a biochan ical reaction J Food Eng 10 2007,78(3):846 (高铁,钱朝勇。TD光催化氧化水中有机污染物进展,工业 [17]Nikerel IE nerE T K inar B.etal Optin ization ofmedium 水处理,200020(4):10) can position for bicmass production of recamnbnant escherich ia co- [22]Zhao JH.Zhang K R.LiC F.Absorption experinent of phenols li cells using response surface methodology Biochen Eng J on particles China Public Health 2002 18(6):709 200632(1):1 (赵金辉,张克荣,李崇福.水环境中酚类化合物的行为和污 [18]Voh A.SatyanamyanaT Statistical optin iration of the medim 控研究.中国公共卫生,200218(6):709)北 京 科 技 大 学 学 报 第 32卷 [12] SymonsZC‚BruceNC.Bacterialpathwaysfordegradationof nitroaromatics.NatProdRep‚2006‚23:845 [13] DouglasCM.DesignandAnalysisofExperiments.Beijing:Post &TelecomPress‚2007 [14] GanHE‚KarimR‚MuhammadSKS‚etal.Optimizationof thebasicformulationofatraditionalbakedcassavacakeusingre- sponsesurfacemethodology.LWTFoodSciTechnol‚2007‚40 (4):611 [15] Ba爧D‚Boyac●I · H.ModelingandoptimizationⅠ:usabilityof responsesurfacemethodology.JFoodEng‚2007‚78(3):836 [16] Ba爧D‚Boyac●I · H.ModelingandoptimizationⅡ:comparison ofestimationcapabilitiesofresponsesurfacemethodologywithar- tificialneuralnetworksinabiochemicalreaction.JFoodEng‚ 2007‚78(3):846 [17] NikerelI · E‚? nerET‚KirdarB‚etal.Optimizationofmedium compositionforbiomassproductionofrecombinantescherichiaco- licellsusingresponsesurfacemethodology.Biochem EngJ‚ 2006‚32(1):1 [18] VohraA‚SatyanarayanaT.Statisticaloptimizationofthemedium componentsbyresponsesurfacemethodologytoenhancephytase productionbyPichiaanomala.ProcessBiochem‚2002‚37(9): 999 [19] ChenH‚HuangH‚WuHY.ProcessoptimizationforPHApro- ductionbyactivatedsludgeusingresponsesurfacemethodology. BiomassBioenergy‚2009‚33(4):721 [20] AslanN.Applicationofresponsesurfacemethodologyandcentral compositerotatabledesignformodelingtheinfluenceofsomeop- eratingvariablesofamulti-gravityseparatorforcoalcleaning. Fuel‚2007‚86(5/6):769 [21] GaoT‚QianCY.Thedevelopmentoforganicpollutantsinwater inTiO2photocatalyticoxidation.IndWaterTreat‚2000‚20(4): 10 (高铁‚钱朝勇.TiO2光催化氧化水中有机污染物进展.工业 水处理‚2000‚20(4):10) [22] ZhaoJH‚ZhangKR‚LiCF.Absorptionexperimentofphenols onparticles.ChinaPublicHealth‚2002‚18(6):709 (赵金辉‚张克荣‚李崇福.水环境中酚类化合物的行为和污 控研究.中国公共卫生‚2002‚18(6):709) ·1052·
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