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  • 2017

    07-24

    深度觀察球面畸變補(bǔ)償板

    AnIn-DepthLookatSphericalAberrationCompensationPlatesOpticalaberrationsaredeviationsfromaperfect,mathematicalmodel.Itisimportanttonotethattheyarenotcausedbyanyphysical,optical,ormechanicalflaws.Rather,theycanbecausedbythelensshapeitself,orplacementof
  • 2017

    07-24

    光學(xué)鍍膜簡(jiǎn)介

    光學(xué)鍍膜簡(jiǎn)介光學(xué)鍍膜由薄膜層組合而成,它會(huì)產(chǎn)生干涉效應(yīng)來(lái)改變光學(xué)系統(tǒng)的透射或反射性能。光學(xué)鍍膜的性能取決于層數(shù)、每層的厚度和不同層之間的折射率。精密光學(xué)中常見(jiàn)鍍膜類(lèi)型有:增透膜(AR)、高反射(鏡)膜、分光鏡膜和濾光片膜(短波通,長(zhǎng)波通,陷波等)。增透膜適用于大多數(shù)折射光學(xué)件,可以增大光通量并減少不必要的反射。高反射膜可以在單個(gè)波長(zhǎng)或某段波長(zhǎng)范圍內(nèi)提供大反射,多用于反射鏡。分光鏡膜用于將入射光分為透射光和反射光輸出。濾光片鍍膜適用于大量生命科學(xué)和醫(yī)學(xué)應(yīng)用,能夠以特定波長(zhǎng)透射、反射、吸收或衰減光。
  • 2017

    07-24

    Benefits of Hard Coatings

    BenefitsofHardCoatingsTraditional,softcoatings,atechniquecommonlyusedforcoatingopticalcomponents,maysoonberenderedobsoletebyahigherperformingcoatingtechniqueknownashardcoating.Asdetailed,hardcoatingsprovideseveraladvantagestotraditionalsoftcoatings.S
  • 2017

    07-24

    單色光學(xué)像差

    ChromaticandMonochromaticOpticalAberrationsDesigningopticalsystemsisneveraneasytask;evenperfectlydesignedsystemscontainopticalaberrations.Thetrickisinunderstandingandcorrectingfortheseopticalaberrationsinordertocreateanoptimalsystem.Todoso,considerth
  • 2017

    07-24

    光學(xué)畸變比較

    ComparisonofOpticalAberrationsOpticalaberrationsaredeviationsfromaperfect,mathematicalmodel.Itisimportanttonotethattheyarenotcausedbyanyphysical,optical,ormechanicalflaws.Rather,theycanbecausedbythelensshapeitself,orplacementofopticalelementswithinas
  • 2017

    07-24

    使用短通及長(zhǎng)波通濾光片定制帶通濾波器

    CustomBandpassFilterusingShortpassandLongpassFiltersBandpassfiltersareopticalfiltersthatallowtransmissionofaspecificrangeofwavelengths,orband,whileblockingotherwavelengths.Manyoff-the-shelfbandpassfilteroptionsareavailable,butwhenanapplicationhasspec
  • 2017

    07-24

    Diffuser Selection Guide

    DiffuserSelectionGuideDiffusersareanopticalcomponentusedtoevenlydistributelightfromasourcewhileeliminatingbrightspots.AperfecteddiffusershouldcreateLambertianscatteringwheretheradianceisindependentofangle.Withapplicationsrangingfromprojectorscreensto
  • 2017

    07-24

    Edge-Blackening

    Edge-BlackeningHowtoSpecifyEdgeBlackenedOpticsAnyofourlenseswithadiameterof5mmorgreatercanbespecifiedwithblackenededges.Tospecifytheblackening,simplyappenda–INKtotheBBARcoatedstocknumber.Forexample,toordera10mmdiameter,10mmfocallength,VIS0°coatedDCXl
  • 2017

    07-24

    成本有效的光學(xué)設(shè)計(jì)和公差的關(guān)鍵

    KeystoCostEffectiveOpticalDesignandTolerancingAsmostdesignersknow,opticaldesignsoftwarecanbeapowerfultool.Butit'sjustthat,a"tool".Theproperinterpretationofoptimizedresultsisjustasimportantastheinputofcorrectinformation.Thatiswhyexperienceddesignerswe
  • 2017

    07-24

    離軸拋物面鏡選擇指南

    Off-AxisParabolicMirrorSelectionGuideParabolicmirrorshavetheabilitytofocuscollimatedlightwithoutintroducingsphericalaberration.AnOff-AxisParabolic(OAP)mirrorissimplyasidesectionofaparentparabolicmirror.CollimatedlightthatisincidenttoanOAPmirrorisfocu
  • 2017

    07-24

    Optical Flats

    OpticalFlatsPRECISIONOPTICALFLATSAnopticalflatisapreciselypolishedflatsurface,usedasareferenceagainstwhichtheflatnessofanunknownsurfacemaybecompared.EdmundOpticsoffersbothsinglesurfaceanddualsurfaceopticalflatsineitherZERODUR®orFusedSilica.Theflatnes
  • 2017

    07-24

    光學(xué)101:1級(jí)理論基礎(chǔ)

    Optics101:Level1TheoreticalFoundationsTheElectromagneticSpectrum|Interference|Reflection|Refraction|Dispersion|DiffractionOpticsisthebranchofphysicsthatdealswithlightanditspropertiesandbehavior.Itisavastsciencecoveringmanysimpleandcomplexsubjectsrang
  • 2017

    07-24

    Polarizer Selection Guide

    PolarizerSelectionGuideFormoreinformationonpolarizationreadIntroductiontoPolarization.Polarizationisanimportantcharacteristicoflight.Polarizersarekeyopticalelementsforcontrollingyourpolarization,transmittingadesiredpolarizationstatewhilereflecting,ab
  • 2017

    07-24

    大功率光學(xué)涂料的復(fù)雜性

    TheComplexitiesofHigh-PowerOpticalCoatingsIntoday'sopticsindustry,manyprecisionopticalelementsreceivecoatingsinordertoimprovetheirtransmissionorreflectionforcertainwavelengthsorpolarizationstates.Themostcommontypesofcoatingsareanti-reflection(AR),hig
  • 2017

    07-24

    紅外(IR)應(yīng)用的正確材料

    TheCorrectMaterialforInfrared(IR)ApplicationsIntroductiontoInfrared(IR)Infrared(IR)radiationischaracterizedbywavelengthsrangingfrom0.750-1000μm(750-1000000nm).Duetolimitationsondetectorrange,IRradiationisoftendividedintothreesmallerregions:0.750-3μm,
  • 2017

    07-24

    了解中性密度濾鏡

    UnderstandingNeutralDensityFiltersNeutralDensity(ND)filtersaredesignedtoreducetransmissionevenlyacrossaportionofaspecificspectrum.NDfiltersaretypicallydefinedbytheirOpticalDensity(OD)whichdescribestheamountofenergyblockedbythefilter.Ahighopticaldensi
  • 2017

    07-24

    Fundamentals of Lasers

    FundamentalsofLasersHowDoTheyWork?Thebasicstructureofanylaserisbasedonanactivemedium(eitheragasorsemiconductor)containedbetweentworeflectors.Alaser'sreflectorscontainlightbyoscillatingitthroughamediumrepeatedlyallowingtheenergytobuildupwitheachpass.L
  • 2017

    07-24

    Laser Damage Threshold Testing

    LaserDamageThresholdTestingLaserDamageThreshold(LDT),alsoknownasLaserInducedDamageThreshold(LIDT),isoneofthemostimportantspecificationstoconsiderwhenintegratinganopticalcomponentsuchasamirrorintoalasersystem.Usingalaserinanapplicationoffersavarietyof
  • 2017

    07-24

    Understanding Spatial Filters

    UnderstandingSpatialFiltersSpatialFiltersaredesignedtobeusedwithlasersto"cleanup"thebeam.Oftentimesalasersystemdoesnotproduceabeamwithasmoothintensityprofile.InordertoproduceacleanGaussianbeam,aspatialfilterisusedtoremovetheunwantedmultiple-orderener
  • 2017

    07-24

    量子級(jí)聯(lián)激光器和應(yīng)用

    QuantumCascadeLasersandApplicationsContentCourtesyofDaylightSolutionsDaylightSolutionsQuantumCascadeLasers(QCLs)werefirstdemonstratedin1994bytheBellLabsTeamheadedbyJér?meFaistandFedericoCappasso.[1]TheopticalphysicsofQCLsdifferfromthatofothersemicond
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