ETH Zurich 课程描述Word格式文档下载.docx
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ETH Zurich 课程描述Word格式文档下载.docx
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-thermodynamicandmechanisticbasicsofrelevantmetabolicprocesses
Studentsareabletodescribetherelevantmetabolicreactionsindetail
Introduction,basics,compositionofcells,biochemicalunits,repetitionofrelevantorganicchemistry
Structureandfunctionofproteins
Carbohydrates
Lipidsanbiologicalmembranes
Enzymesandenzymekinetics
Catalyticstrategies
Metabolism:
Basicconceptsanddesign.Repetitionofbasicthermodynamics
Glycolysis,fermentation
Thecitricacidcycle
Oxidativephosphorylation
Fattyacidmetabolism
Microbiology[Mikrobiologie](2credits)
TeachingofbasicknowledgeinmicrobiologywithmainfocusonMicrobialCellStructureandFunction,MolecularGenetics,MicrobialGrowth,MetabolicDiversity,PhylogenyandTaxonomy,ProkaryoticDiversity,Human-MicrobeInteractions,Biotechnology.
IntroductiontoWaterResourcesManagement(6credits)
Introductiontothebasicsofwaterresourcesmanagementbasedonphysicalandchemicalprocesses;
principleofsustainability
Introduction:
Overviewwatercycle,terms,globalwatersituation,demand-supply,roleofwatermanagement,sustainability,andIntegratedWaterResourcesManagement
Generalconceptsofwaterresourcesmanagement.
Estimationofwaterresourcesdemand,hydrologicaldeficit
IntroductiontoTimeSeriesAnalysisandStochasticModelling,
LinearStochasticModels,Thomas-Fieringmodel
Droughts:
Definition,Identification,quantitativeanalysis,waterabstraction,impact,mitigation.
Runofriverwaterabstraction.
Reservoirdesign(Rippl,Probability),Simulation,Reservoirreliability(Moran'
smethod)
Aquaticphysics:
Flowphenomenainriver,lake,estuary,groundwater,timeconstants,tracertransport,environmentaltracers
Riverandbasinmorphologyandinteractionwithinfrastructure
Riverrestoration:
Alpenrheincasestudy
Waterquality:
Pollutantsandeffects,standards,waterqualityclassification,waterchemistry,BOD-DOmodel,StreeterPhelpsModeleutrophicationoflakes,nitrateproblem
Waterresourcesprotectionandremediation:
rivers,lakes,andgroundwater
IntroductiontoUrbanWaterManagement(6credits)
Thiscourseprovidesanintroductionandanoverviewoverthetopicsofurbanwatermanagement(watersupply,urbandrainage,wastewatertreatment,sewagesludgetreatment).Itsupportstheunderstandingoftheinteractionsoftherelevanttechnicalandnaturalsystems.Simpledesignmodelsareintroduced.
Overviewoverthefieldofurbanwatermanagement.
Introductionintosystemsanalysis.
Characterizationofwaterandwaterquality.
Requirementofdrinkingwater,productionofwastewaterandpollutants
Productionandsupplyofdrinkingwater.
Urbandrainage,treatmentofcombinedseweroverflow.
Wastewatertreatment,nutrientelimination,sludgehandling.
Planningofurbanwaterinfrastructure.
EcologicalSystemsAnalysis[Ö
kologischeSystemanalyse](6credits)
Studentsareabletoappropriatelyapplythemajorenvironmentalassessmentmethodsandcansuggestimprovementmeasuresforsustainableresourcemanagementandtheenvironmentalperformanceoftechnologies.
AirQuality[Luftreinhaltung](6credits)
GroundwaterI(4credits)
Thecourseprovidesanintroductionintoquantitavieanalysisofgroundwaterflowandtransport.Itisfocussedonformulatingflowandtransportproblemsingroundwater,whicharetobesolvedanalyticallyornumerically
Introdiction,aquifers,groundwateruse,sustainability,porosity.
Propertiesofporousmedia.
Exercises:
Groundwateruse,porosity,grainsizeanalysis.
Flowproperties,Darcy'
slaw,filter.
Flowequations,streamfunction.
Darcy'
slaw.
Analyticalsolutions,confinedaquifers,steady-stateflow.
Headisolines.
Useofsuperpositionprinciples,transientflow,freeesurfaceflow.
Analyticalsolutionstoflowproblems.
FinitedifferencesolutionstoflowproblemsI.
FinitedifferencesolutionstoflowproblemsII.
Finitediffereceformulationstoflowproblems.
Transportprocesses.
ComputerworkshopusingPMWIN.
AnalyticalsolutionstotransportproblemsI.
AnalyticalsolutionstotransportproblemsII.
Analyticalsolutionstotransportproblems.
Pathlines,groundwaterprotection.
Groundwaterremediation,groundwatermanagement.
Groundwaterremediation.
WasteManagement[Abfalltechnik](4credits)
Thestudentsunderstandthermalandbiologicalwastetreatmentsandrecyclingtechnologiesforsolidwasteandwastewaterandcanevaluatethedesignsofsuchsystems.
AnalysisI(7credits)
Complexnumbers.
Calculusforfunctionsofonevariablewithapplications.
SimpleMathematicalmodelsinengineering.
AnalysisII(7credits)
Multivariablecalculus:
gradient,directionalderivative,chainrule,Taylorexpansion.Multipleintegrals:
coordinatetransformations,pathintegrals,integralsoversurfaces,theoremsofGreen,GaussandStokes,applicationsinphysics.
LinearAlgebraandNumericalAnalysis(5credits)[LineareAlgebraundNumerischeMathematik]
ToacquirebasicknowledgeofLinearAlgebraandNumericalMethods.Enhancedcapabilityforabstractandalgorithmicthinkingbasedonmathematicalconceptsandmodels.Abilitytoselectappropriatenumericallinearalgebramethods,toapplythemproperlyandtoimplementthemefficientlyinMATLAB.
1.Linearsystemsofequations
2.Vectorandmatrixcalculus
3.Subspacesandbases
4.TheEuclideanspaceRn
5.NumericallinearalgebrawithMATLAB
6.Linearmappings[optional]
7.Diagonalization(eigenproblems)
StatisticsandProbabilityTheory(5credits)[StatistikundWahrscheinlichkeitsrechnung]
Physics[Physik](7credits)
ChemistryI[ChemieI](4credits)
Introductiontogeneralandinorganicchemistry.Basicsofthecompositionandthechangeofthematerialworld.Introductiontothethermodynamicallycontrolledphysico-chemicalprocesses.Macroscopicphenomenaandtheirexplanationthroughatomicandmolecularproperties.Usingthetheoriestosolvequalitativelyandquantitativelychemicalandecologicallyrelevantproblems.
1.Stoichiometry
2.AtomsandElements(QuantenmechanicalModeloftheAtom)
3.ChemicalBonding
4.Thermodynamics
5.ChemicalKinetics
6.ChemicalEquilibrium(AcidsandBases,SolubilityEquilibria)
ChemistryII[ChemieII](5credits)
1.Redoxreactionsandelectrochemistry
2.InorganicChemistry
Rulesfornomenclatureofinorganiccompounds.Systematicdescriptionofthegroupsofelementsintheperiodicalsystemandthemostimportantcompoundsoftheseelements.Formationofcompoundsasaconsequenceoftheelectronocstructureoftheelements.
3.Introductiontoorganicchemistry
Descriptionofthemostimportantclassesofcompoundsandofthefunctionalgroups.Principalreactivityofthesefunctionalgroups.
Stereochemistry.
Rectionmechanisms:
SN1-andSN2-reactions,electrophilicaromaticsubtitutions,eliminations(E1andE2),additionreactions(C=CandC=Odoublebonds).Chemistryofcarbonyandcarboxylgroups.
InformaticsI[InformatikI](5credits)
Basicunderstandingofprogrammingconcepts.Studentswillbeabletowriteandreadsimpleprogramsandtomodifyexistingprograms.
InformaticsII[InformatikII](4credits)
BasingontheknowledgecoveredbylectureInformaticsI,theprimaryeducationalobjectivesofthiscourseare
-tolearnobjectorientedprogramming
-constructiveknowledgeofdatastructuresandalgorithms
-theknowledgeofrelationaldatabasesand
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