光電儀器原理與設計

PAGEPAGE12MEA04007

《光電儀器原理與設計》本課程是一門專業(yè)技術課，適合于近測控技術與儀器，光學工程類各專業(yè)。本課程的目的是通過光電儀器原理與設計課程的學習，培養(yǎng)學生光電儀器原理分析、儀器使用和儀器系統(tǒng)設計能力。《OptoelectronicInstrumentPrincipleandDesign》MEA04007Theobjectiveofthiscourseistofamiliarizestudentswith principlesandbasicdesignmethodsofcommonlyusedoptoelectronicinstruments.Studentswillbetrainedtomastertheoperatingprocedureoftheinstruments,distinguishthestructureandfunctionofeachcomponent,andpresentpreliminaryresultsofbothoveralldesignandparameterdesign.Thiscoursestartsfrombasicphysicalprinciplesadoptedinoptoelectronicinstruments,andcoversaccuracyanalysisofmeasuringinstrumentandmoderninstrumentdesignmethodssuchasergonomicsoroptimumdesign.Thefocusedfunctionalcontentsincludelightsources,opticalelements,detectorsandmetricalstandards.Microdisplacementtechnologyforprecisioninstrumentsandcommonalignmentschemesarealsointroduced.Examplesofconventionalinstrumentslikeinterferometersormicroscopesareproposedtotrainthestudentstosolvespecificpracticalproblems.《激光技術原理與實驗》生理論聯(lián)系實際、綜合運用所學基礎知識解決實際工程問題的能力?！禤rincipleandExperimentsofLaserTechnology》Thecourseemphasizesonboththeoryandexperimentoflaserandlasertechnologyforstudents.Inthetheorypartofthecourse,thefundamentalconceptsandprinciplesoflaserwillbeintroduced,followedbythepresentationofvarietyoflasersandthelasertechnology.Thedevelopingtrendandcuttingedgeoflasersandlasertechnologywillalsobereviewed.Intheexperimentpartofthecourse,studentswillcarryoutseveralexperimentsonthebasicconfigurationoflasers,theoutputcharacteristicsoflasers,andthemeasurementoflaserparameters.《誤差理論與數(shù)據(jù)處理》OPT04032培養(yǎng)學生掌握測試與實驗數(shù)據(jù)處理的基本理論與方法，正確估計被測量的法進行合理設計，為后續(xù)專業(yè)課程及實驗環(huán)節(jié)奠定理論基礎。《TheoryofErrorandDataProcessing》OPT04032Theobjectiveofthiscourseistofamiliarizestudentswiththetheoryoferrorandmeasurementuncertaintytocalculatetheresultaccuratelyandevaluatetheresultscientifically..scientifically..Themaintaskofthiscourseistomasterthebasictheoryandknowledgeoferrorandmeasurementuncertainty.Studentswilllearnhowtoexpresstheerrorandmeasurementresultscorrectly,andgraspcommonlyusedmethodsofstatisticalanalysisofthegrosserror,systematicerrorand randomerror.Meanwhiletheywillalsolearnhowtoanalyzeerrorsproperly,masterthetwotypesofuncertaintyevaluationandthecombinedstandarduncertaintyorexpandeduncertainty.Finallytheywillbetaughtthebasictheoriesoftheleastsquaremethodanditsapplicationinmeasurementanddataprocessing.《幾何精度設計與檢測》測能力。本課程的任務是通過幾何精度設計與檢測相關理論和方法的學習，使學生相關專業(yè)課程的學習和工程設計奠定基礎?！禛eometricPrecisionDesignandTesting》Thecourseisaprofessionalandtechnicalelementarycourse,whichisbasisofbothmechanicaldesigncoursesandmanufacturingtechnologycourses.Thiscourseissuitablefortheinstrument,mechanismandtheotherrelativemajors.Theobjectiveofthecourseistohelpthestudentstoacquirethefundamentalknowledge,thecapabilityofunderstanding,designandtestingofthegeometricprecision.Inordertohelpthestudentstoacquirethecapabilityoftheunderstandingandthedesignofthegeometricprecision,boththerelativetheoriesandthemainmethodswillbeintroduced.Meanwhile,thetestingofthegeometricprecisionanditstypicaldataprocessingmethodswillalsobetaughtinthecourse.Moreover,theusingofthenationalstandards,criterionsandapplicationprincipleconcerningtothegeometricprecisionarealsoincludedinthiscourse.Finally,thelearningofthiscoursewillbethefoundationforthefollowingstudying.《光電測控系統(tǒng)專項實驗》OPT04004光電測控系統(tǒng)專項實驗是測控技術與儀器本科專業(yè)的學科基礎教育必《OptoelectronicInstrumentExperimentsonMeasurementandControl》OPT04004As one of the required professional courses for students who are major inmeasurementandcontrol,OptoelectronicInstrumentExperimentscourseaimstofamiliarizestudentswiththeprincipalideasofoptoelectronicapparatusdesignandtrainstudentstoapplytheseknowledgetoidentifyproblems,analyzeproblemsandsolveproblemsinoptoelectronicsystemconstruction.Thecontentsoftheconsistoftwoparts:theoreticallecturesandexperiments.Severaloptoelectronicsystemsthatcomefromrealengineeringprojectsarechosenasexperimentalsubject.Inthiscourse,studentswilllearnhowtousedifferentkindsofcomponentsanddevicestoconstructoptoelectronicinstruments.Workingasseveralgroups,theyalsoneedtodesignandcompletesomeoptoelectronicsystembythemselves.Thepurposeofthiscourseistohelpstudentstoimprovetheirengineeringpracticalskills,aswellastheirteamcollaboration.《光學測量與光學工藝》OPT04010料的能力；為后續(xù)課程的學習和工程設計奠定理論基礎?！禣pticalTestandOpticalProcessOPT04010Theobjectiveofthiscourseistofamiliarizestudentswithfoundationsofopticaltestandgetanelementaryknowledgeaboutopticalmeasurementandprocess.Thiscourseincludesthefoundationsofopticalmeasurement(erroranalysis,focusingandautofocusing,alignment,anglemeasurement,focallengthmeasurement,radiusmeasurement,refractiveindexmeasurement),imagequalityassessment(startest,resolutionandopticaltransferfunctionmeasurement),interferometry(Twyman-Green,Fizeauinterferometer,phaseshiftinginterferometer),polarimetry(elements,stressinducedbirefringencemeasurementandellipsometry),thenewprogressinopticalmetrology,andtheopticalprocesstechniques.Thepurposeofthecourseistotrainstudentstoapplytheseopticalmeasurementandprocesstechniquestoresolvepracticalproblemsinopticalengineering.《光學測量實驗》MEA04027工程、測控技術與儀器等專業(yè)。生理解并掌握專業(yè)技術基礎課中所學的光學測量方法及相關技術。本課程的任務是培養(yǎng)學生在光學儀器設計、加工裝調中對光學量和非光學量工程實踐奠定基礎。《OpticalTestExperiment》MEA04027Theobjectiveofthiscourseistofamiliarizestudentswiththekeyoperationprocessesoftypicalopticalmeasurementexperiments.Bythetrainingofthiscourse,studentswillbeabletoextendtheirabilitiestosolvedifferentproblemsinthefieldofopticaltest.Thiscourseincludestheexperimentsonfocallengthmeasurement,startestandresolutionmeasurement,opticaltransferfunctionmeasurement,refractivemeasurement, wavefront aberration measurement by Fizeau parallelismmeasurementofreflectiveprisms,radiusofcurvaturemeasurementautofocusingtechniques,stressinducedbirefringencemeasurementbypolarimetry.Thiscourserequiresstudentstooperatetheinstrumentsbythemselves.Thepurposeofthecourseistotrainandenablestudentstoapplytheprimaryopticalmeasurementtechniquestoresolvepracticalproblemsinopticalengineering..《精密機械設計基礎》MEA040146本課程的主要任務是：零部件具有分析、比較、選擇的能力。掌握常用機構和零部件的設計、計算方法。能對基本零部件進行結構設計和改配圖和零件圖。機械零件的一般設計方法和分析方法；為后續(xù)課程的學習和工程設計奠定理論基礎和工程實踐基礎?！禙undamentalsofPrecisionMechanicalDesign》MEA04014Thiscourseisonespecializedfundamentaltechnicalcourseforthestudentsinspecialtyof"Measurement&ControlTechnologyandInstruments".Itisalsosuitabletootherstudentsofvariousquasi-mechanicalengineeringspecialties.Theobjectivethiscourseistocultivatethestudents’abilitiesinmechanismdesign,machineparts&componentsdesignandmechanismsystemdesign.Throughthestudyofthecourseandarelatedcoursedesignwhichlasts4weeks,studentscangraspthebasicprinciplesandtechniqueswhicharenecessarytodesigngeneralprecisionmechanics,soastomeettherequirementstodesignmechanismformodernmeasurement&controltechnologyandinstruments,toadaptthedevelopmentofmoderndesigntheoryandtechnique.Throughlearningthedesigntheoriesandmethodologiesforcommonmechanism,generalmachinepartsandcomponents,thestudentscangraspthegeneraldesignmethodsandanalysistechniquesforcommonmechanismandtypicalmachineelements.Tocultivatethestudents’abilitiestoutilizestandards,criterions,designcharts,handbooksandrelatedmechanicalengineeringdesignmaterials,thiscourseestablishesthetheoreticfoundationandengineeringpracticefoundationforthecontinuouscurricularandengineeringdesign..《自動控制理論》本課程是一門專業(yè)技術基礎課，適合于測控技術與儀器等工科類各專業(yè)。本課綜合的能力。計奠定理論基礎和工程實踐基礎。《FundamentsControlTheory》Thiscourseisaprofessionalandtechnicalbasiccourse,whichissuitabletoMeasurementandControlTechnologyandInstrumentationandothervariousengineeringmajors.Theobjectiveofthiscourseistocultivatestudentswithabilitytoanalyze,designandintegratesystem.Thegeneraltaskofthecourseistolearnfundamentaltheoryandmethodsofautomaticcontrol,masterthetypicalcontrollinksandsystematicanalyzinganddesigningapproach,andstudythebasicideaandstructureoffeedbackcontrol.Throughsystem-relatedmathematicmodelingaswellasbasictrainingoncontrolsystemanalysismethodanddesign,thetheoreticalandengineeringpracticalfoundationislaidforfurtherstudyandengineeringdesign.《自動控制技術基礎》AUT04064本課程是一門專業(yè)技術基礎課，適合于信息工程、光電工程、電子科學與技術自動控制的基本思想，培養(yǎng)學生系統(tǒng)分析、設計的能力。踐基礎?！禝ntroductiontoAutomaticControlTheory》AUT04064Thiscourseisaprofessionalandtechnicalbasiccourse,whichissuitabletoinformationengineeringopto-electronngineeringelectroniscienceandtechnologyandotherengineeringmajors.Theobjectiveofthiscourseistofamiliarstudentswiththebasicideaofautomaticcontrol,fostertheirabilityofsystemananddesign.Thegeneraltaskofthecourseistolearnfundamentaltheoryandmethodsofthedesigninapproachandstudythebasicideaandstructuroffeedbackcontrol.Throughsystem-relatathematicmodelingaswellasbasitraininoncontrolsystemanalysimethodanddesign,thetheoreticndfoundationislaidforfurtherstudyandengineeringdesign.《應用光學課程實踐》OPT04020本課程是應用光學的后續(xù)實踐設計課程。本課程是電子科學與技術（光電子方向的一般方法，培養(yǎng)學生設計光電儀器的初步設計能力?！禤racticeonAppliedticsOPT04020Thethiscourseistoprovideantocalculateallofthenecessarydataofanopticalsystemforstudentswhentheystudyingthecourseofapplyoptics.Thecourseisafundamentaltechnicalcoursethespecialtifopticaengineerinpticameasurementcontroinstrumentandelectronicscienceandtechnology.Inthiscoursetheprincipleofanopticalsystemofpanoramictelescopewillbediscussed.Andallofthecomponents,suchastheobjective,theeyepiece,theprismsetc.willbeanalyzed.Methodsofcalculatingthefocallengths, diameters,distanceswillbealsointroducedinthiscourse.Studentsmustfinishareportwhichincludesallofthesecontents.《應用光學》OPT04019應用光學是電子科學與技術（光電子方向）、光信息科學與技術和測控技原理、光度學等的基礎理論和方法。學生設計光電儀器的初步設計能力?！禔ppliedOptics》OPT04019AppliedOpticsisafundamentaltechnicalcourseforthespecialtiesofopticalengineering,opticalmeasurement,controlinstrumentsandelectronicscienceandtechnology.Thecoursemainlyincludesbasictheoriesandmethodsofhowtosolvetheproblemsofgeometricaloptics,typicalopticalinstruments,opticalmeasurement,colormeasurement,opticalfibersystems,lasersystemsandinfraredoptics.Theknowledgeabovementionedisamustfortheopto-electronicstudents’learning.Thecoursestartswiththebasictheoryofgeometricaloptics,wheretheimagingpropertiesoftheidealsystem,therelationshipbetweentheobjectandimageforthesymmetricalsphericalsystem,theinstrumentsforthehumaneyes,themirrorandprismsystemsandselectionofimageraysinopticalsystemsaredescribed.Thenthecoursediscussestheradiometryandphotometry,wherethecalculationsofradiometryandphotometryforvariousopticalsystemsareintroduced.Thelastpartofthecourseincorporatestheimagequalityofanopticalsystem,wheregeometricalaberrations,wavefrontaberrationsandopticaltransferfunctionaredescribed.And,thetheoriesoftelescope,microscopeandcamerasystemsarealsoincluded.《光學系統(tǒng)設計A》OPT04011A差校正方法，掌握國際上流行的光學設計軟件的基本使用方法。本課程的主要任務是：①學習光學系統(tǒng)的像質評價方法和像差理論知識，Zemax類典型光學儀器的設計方法和步驟?！禣pticalDesignA》OPT04011Theobjectiveofthiscourseistofamiliarizestudentswithmethodstodesignopticalsystems.Problemsofhowtodesigntypicalopticalsystems,suchastelescopes,microscopesandcameralenseswillbediscussedbyusingsoftwareofZemaxinthiscourse.Theprinciples,applicationsandprogrammingmethodsofopticaldesignaresystematicallyintroducedinthiscourse.Thecontentsofthecourseincludefourparts:Partoneintroducestheimagequalitycriteriawhicharethebasicknowledgefordesignanopticalsystem.Parttwodiscussestheprincipleandprogrammin