反应工程课程介绍(四川大学,化学反应工程)

反应工程课程介绍(四川大学,化学反应工程)反应工程课程介绍(四川大学,化学反应工程)附件2《四川大学本科课程简介》(中、英文版）格式课程号：30819030 课程名称： 化学反应工总学时：48 学 分：3先修课程：高等数学,物理化学，化工原理面向对象：化学工程与工艺，三年级考核方式：平时成绩+期末考试 任课教师：梁斌，徐卡秋，段天平，唐盛课程简介:化学反应工程是研究化学反应器或包含化学反应的化工单元设备的学科，是现代化学工程学科的重要学术使化学反应能较优地实现工业化,或精细化的一门技术基础学科。具体来说，反应工程主要从工程或现场应用角度研究大规模或微型化系统的反应设备结构中，反应动力学与反应器内部（含催化剂）动量、质量、能量（热量，电荷）传递现象之间的相互作用关系,分析反应装置的特性,获得反应器体积设计，结构优化,和动态操作控制的原理和方法。虽然化学反应工程是1957年才正式命名，但一些思想概念早在三十年代就开始萌芽了。在那以前，化学工）1937DamkohlerDamkohler50四川大学（原成都科技大学）化学反应工程课程，始自60J.M.SmithSmithChemicalEngineering1956年第一版面世，到1981反应工程迄今只有50石油化工，冶金工程,制药工艺，生物技术，以及新兴学科，如新材料，新能源，信息技术，环境科学，生学生学完本课程后，能对反应器内三传现象和化学反应速率之间的相互作用有深厚的理解，掌握依靠数学器进行体积设计;正确认识反应器流动模型，停留时间分布，和非理想反应器的数学描述，用于预测实际反应器的转化率；掌握等温催化剂,以及外扩散对多相反应过程影响的数学模型分析原理。懂得对实际非等温线性系统定态多重性分析的基本方法。希望能结合教师自身的科学研究，以基于研究的学习（Researc—basedlearning，作为教学方法的重要方面.在上课形式上，采用PowerPoint推荐教材或主要参考书(含教材名，主编，出版社，出版年月教材：《化学反应工程》(21世纪高等院校教材）,四川大学梁斌等主编，科学出版社，2003.参考教材：1。Folger,H.S.,ElementsofChemicalReactionEngineering ，4thPrenticeUpperSaddleRiver,NJ2006＆化学工业出版社，北京2006.2。Levenspiel,OChemicalReaction学工业出版社，北京2002.

Edition,JohnWiley&Sons,1999＆化3。袁谓康，朱开宏，化学反应工程分析，华东理工大学出版社，上海，1995。4。陈甘棠，化学反应工程,第二版，化学工业出版社，北京，1990.5.李绍芬,反应工程，化学工业出版社，北京,1990.6。王建华，化学反应工程,成都科技大学出版社，成都，1988.7.Smith,J.M.，ChemicalEngineeringKinetics，3rdEdition，McGram—Hill。1981.王建华等译,化学工业出版社&成都科技大学出版社，北京，1988。备注：专业基础课CourseCode：30819030 CourseName:ChemicalReactionEngineeringTotalHours：48 Credit：3Textbookname:（Press，Author）Textbook：ChemicalReactionEngineering，ChemicalIndustryPress，LiangB.et2003Referencebooks：1Folger，HSElementsof4thEditionPrenticeHall，UpperSaddleRiver，NJ20062。Levenspiel，。,ChemicalReactionEngineerig

3rd

Edition,JohnWiley＆Sons，19993。Smith,J。MChemicalEngineeringCourseDescription：

Edition，McGram—Hill。1981.Comparingwithothercoursesofchemicalengineeringtraining,thiscourseisyoung，buttheresearchfieldofthiscourseisveryeThebirthofchemicalreactionengineeringwasintheinternationalconferenceatAmsterdamin1957,whichwasbasicallybecauseitwasimpossibletosolvelargenonlinearalgebraicequationsystemcomemathematicalmodelingforchemicalreactorsuntilthethresholdofcomputerassistanceatthattimeTheprominentcharacteristicofchemicalreactionengineeringisthecouplingoftransportphenomenaandchemicalreactionkineticswhichismodeledbypartialdifferentialequationsandsolvednumericallybyvirtueofcomputer.Thedisciplineofchemicalreactionengineeringconcernswiththeexploitationofchemicalreactionsonacommercialscale，orforthepointofcareapplicationofchemicalreactionunits.Itsgoalisthesuccessfuldesignandperformanceofchemicalreactorsorunits.Reactordesignusesknowledgeformavarietyofareas—thermodynamics,chemicalkinetics，transportphenomena,andeconomics.Chemicalreactionengineeringisthesynthesisofallthesefactorssuchthatconservationlawsareappliedtotheinteractionsofthesefactorsmathematically,andthustoanalyzethesteady—statecharacteristicsanddynamicbehaviorsofchemicalreactorsorunitsinperformanceorapplication,withtheaimsofproperlydesigningtheirsizesandstructures，controllingtheirfunctionalperformanceintheoptimalandsafestmanner.Asthebackboneofchemicalengineeringtraining,studentsshouldhavegoodunderstandingforanalyzingtheinteractionsbetweenmomentum,mass，andenergytransferandthereactionkinetics，beofreasoningpowerofmathematicalmodelingforchemicalreactors.Inessence,theskillofseizingtheisothermalidealreactors，includingbatchreactor,continuouslystirredtankreactorCSTR,andplugflowreactor(PFR)mustbecatspecialattentionsforflowingpattern,residencetimedistribution,andmodelsfornonidealreactorsshouldbegiventopredictconversionratioofreactors；mathematicalanalyzingfortheisothermalsolidcatalystsinthetypicalgeometricalformandeffectsofexternaldiffusiononheterogeneousreactionsshouldbespeciallymodelingandsimulationforsteady—statenonisothermalideal-basedreactorsareencouragedtobeattemptedwiththeassistanceofcommercialsoftwarepackag，suchasCOMSOL，bywhichthestreamlines，fieldsofspeciesconcentrations，andtemperatureswouldbeadditionally，themultiplicityofchemicalreactorscanbebrieflyintroduced,whichisthebasisforunderstandingthedisturbanceinoperationstarting-upandshuttingdownForourbasicpolicyisresearch-basedlearningWeencouragescientificresearchsupportcourseteachingForexample,pseudosteady-stateassumptioninthestudiesoncatalyticreactionkinetics,theeffectsofexternaldiffusiononheterogeneousreactionsanddiffusionandreactionisthebasisforthetemporalmultiscaleconception,usingconservationlawstomodelandanalyzethereactorstructurecanfacilitatetheunderstandingofspatialmultiscalephenomenaSoftwarepackagesfornumericalsolutionofthereactormodelequationsareappreciated.Ourcourseofchemicalreactionengineeringhadbeengivenin1960s,andwasknownas“ReactionKineticsinInorganicChemicalProcess”atthattime.Intheearlydaysof1980s,JianhuaWangtheprofessorteachingthiscourseinourdepartment,wasoneofafewChinesescholarsgoingtoUStolearnchemicalengineering.Prof.WangwenttoJoeMaukSmith’sgroup,U.C.Davis，tostudyChemicalReactionEngineeringProf.Smith(1916—2009）wasrenownedforreactionkineticsandreactordesign.Histextbook，“ChemicalEngineeringKinetics,”becametheseminaltextinitsfield，significantlychangingthewaychemicalreactionengineeringwastaughtThreeeditionshadbeeninprintbyAftercomingProf.WangstillworkedontheresearchandteachinginthechemicalreactionengineeringandtranslatedSmith’s3rdeditionof“ChemicalEngineeringKin