資源描述：
《Generic Model-Based Tailor-Made Design and Analysis of Biphasic Reaction Systems基于定制的通用模型由雙相反應系統(tǒng)設計與分析》由會員上傳分享，免費在線閱讀，更多相關內容在學術論文-天天文庫。
1、Downloadedfromorbit.dtu.dkon:13,2018GenericModel-BasedTailor-MadeDesignandAnalysisofBiphasicReactionSystemsAnantpinijwatna,Amata;Gani,Rafiqul;Woodley,JohnPublicationdate:2016DocumentVersionPublisher'sPDF,alsoknownasVersionofrecordLinkbacktoDTUOrbitCitation(APA):Anantpinijwatna,A.,Gani,
2、R.,&Woodley,J.(2016).GenericModel-BasedTailor-MadeDesignandAnalysisofBiphasicReactionSystems.Kgs.Lyngby:TechnicalUniversityofDenmark(DTU).GeneralrightsCopyrightandmoralrightsforthepublicationsmadeaccessibleinthepublicportalareretainedbytheauthorsand/orothercopyrightownersanditisacondit
3、ionofaccessingpublicationsthatusersrecogniseandabidebythelegalrequirementsassociatedwiththeserights.?Usersmaydownloadandprintonecopyofanypublicationfromthepublicportalforthepurposeofprivatestudyorresearch.?Youmaynotfurtherdistributethematerialoruseitforanyprofit-makingactivityorcommerc
4、ialgain?YoumayfreelydistributetheURLidentifyingthepublicationinthepublicportalIfyoubelievethatthisdocumentbreachescopyrightpleasecontactusprovidingdetails,andwewillremoveaccesstotheworkimmediatelyandinvestigateyourclaim.2016GenericModel-BasedTailor-MadeDesignandAnalysisofBiphasicReacti
5、onSystemsGenericModel-BasedTailor-MadeDesignandAnalysisofBiphasicReactionSystemsAmataAnantpinijwatnaPhDThesisJuly2016DepartmentofChemicalandBiochemicalEngineeringTechnicalUniversityofDenmarkS?ltoftsPlads,Building229AmataAnantpinijwatna2800Kgs.LyngbyDenmarkPhone:+4545252800Web:www.kt.dt
6、u.dk/GenericModel-BasedTailor-MadeDesignandAnalysisofBiphasicReactionSystemsPhDThesisAmataAnantpinijwatnaJuly2016DepartmentofChemicalandBiochemicalEngineeringTechnicalUniversityofDenmarkPREFACEThisthesisissubmittedaspartialfulfilmentoftherequirementsforthedegreeofDoctorofPhilosophy(PhD
7、)inchemicalengineeringattheTechnicalUniversityofDenmark(DTU).TheworkhasbeencarriedoutunderthesupervisionofProfessorRafiqulGaniattheDepartmentofChemicalandBiochemicalEngineeringfromAugust2013toAugust2016.TheprojectincludedexternalresearchperiodsatUniversityofVirginia,USA;SyngentaLtd,U
