Few cycle high repetition rate optical parametric amplifiers And their synchronisation schemes [Elektronische Ressource] / von Catherine Yuriko Teisset

Informations

• Publié par: technische_universitat_berlin
• Publié le: 01 janvier 2009
• Nombre de lectures: 16
• Langue: English
• Poids de l'ouvrage: 7 Mo

Extrait

IngenieurwissenscFecew-CycleVHigdesh-RepBerlinetition-RateMascOpticalersit?tPGradesa.rametricVAmehrs-pderliershenAndzurTheirademiscSyncdhr-onisationgenehmigteScD83hemes-verkonundDiplom-InghinensystemeenieurTCatherinehniscYUnivurikBerlinoErlangungTakeissethenausDoktorOsakera,haftenJapanDr.-Ingv-onDissertationder2009Fakult?tBinderPromotionsausscaghderusshVderorsitzender:PromotionsvProf.henDDr.-Ing.r.-Dr.Ing.THenningungMey16.10.2009erwissensc(TUhe:Berlin)ter:1.AlexanderGutac(Ingenieurb?rohBinter:)Prof.agDr.Er?nrer.desnat.erfahrens:HeinzTLehrder(TUhaftlicBerlin)Aussprac2.22.12.2009GutacWSusanna:apirSottociLepini...Susanna:delilbCanzonettaoschetto...diLAmadeusaCerto,Contessa:ertoEicgi??.ilsull'aria,rnozzeestoFigaro.colfgangapirMozart?.
kHoonchenhenergetiscmithetultrakurzedasLicundhwtpuonlhseoptiscmittweitenigeneroptisc?henhenZyklenbisherunden,vtollst?ndigonkdieondiesertrol-erst?rkliertem10elektromagnetiscZus?tzlichenhnikFarametriscelddiesindhenergetiscVteoraussetzungherf?rhdieerdenErforscBere-hrtzunghovPumplaseronkfeldst?rkteempnd-enlicmithenPulsenelektroniscwurdenheneiProzessenonaufeziensubatomarermitEbMHzene.eziehInsbdieesonderekoptiscderhe,orgestellt.parametriscVhezurVMethoerst?rkhoerkf?regechhirpteerPulseim(JoulebOPCPwA)AllerdingshabheeurnhsicenigenhbalsgeeleistungsstarkhrepetivAlternativniceDiesezutriertherkdie?mm-klunglicundhenhenTitan:Saphir-Lasernerst?rkerwiesen,WiederholratenumvbreitbandigewPulseZyklen.mitmweitenigenezielloptiscenhenhenZyklzugescenLasersystemeundkgleicvhzeitigundhoherPulsenergienmittlerermJLeistungeiseZusammenfassungzuwgenerieren.dieserDietenSynctsczwischeidendenemVPumplasernorteilePvheonerst?rkOPCPsindAsZeitsindeinzigenebde,enderdercgro?enhe,Voherst?rkungsbandbreiterdiengeringeLicthermisctpulsehenigeoptiscBelastungZyklendervielfacnicMilli-hereictlin-hergestelltearenerdenKristall?nnen.ewsosolcwieSystemedienimimVicergleicvhwzuHeLasermedienWiederholratensehretriebhohedaVigneteerst?rkungcineeinemiDurceh-bisherganghdurcexistieren.hDissertationdenonzenKristall.sicDeraufProzessEnderwicparamevtrrobustenileistungsstarkscoptischenparametriscVVerst?rkungerninhoheneinemf?rnicErzeugunghontlinearenmitoptiscenigenhenhenKristallHierf?rl?uftiohneRahmenZwiscArbhenspzweispcf?rherungPumpdervPumpparametriscenergieVabernundhnittenebteen?tigt,enumwicSkeltalierbarkWiederholrateneitonundkHzprak-10tiscundhevAn1.6wbendungungsweiner6OPCPJ.Ahzuerdengewin?hrleisten,ArbhoheenAnforderungenwicaneltendiehronisationstecSyncenhronisa-hentionFvtosekundenseedquelleondenPump-vund1Seedpulsen.
sourcesHigh-energynfew-cycleeandwcarrier-enpulsevrate.elopissuesethephasedconotrolledted.l240aserHz,sourcescusesarehirpurgenork,tlyamplirequired10inrespmanforyandapplicationsupoferehig3ht-ionsource.tensitofyopticalandlaserpulses.eld-sensitivecieneephofysics.sourcesOpticalximatelyparametric1.6cInhirphnologicallyednpulsetosecondamplicationlaser(OPC7-fsPatA)erimenoersaainparticularlyreppromisingsrouteoftotowerardthecompactthesisultrashorttheultrahigh-phigh-peak-phigh-repometricwpulseerrslaserofsystemsthisbwecausepicosecondofereitsedvtheerybroadbandbroadThesegaineratebandwidth,andnegli-MHzgiblegiesthermalandAbstractloadelyonttheandnonlinearecrystal,syncandetanaextremelyoscihighexternalsingle-passpresegainamplicationasiscompared700torepamplcompressionierssbasedenonenergylaserandgafsinermedia.etitioDue-rateto,theypicallyabsencefewofdueepnwescalingrgyofstoragepumpiThisnfotheonnonlirealisationnrobusteoarercrystal,etition-rateparametricpara-amplicationcimpliesedstrampliiengenfortgenerationrequiremenfew-cycletsWithininwtermstofosyncthronisationpumpbwetdevwlopeentothefypumpoutputandaseedseepulsesoscillator.whiclaserhopmaatykHzhindersapproits10scalabiwithlitener-yofandmJits6practicalJ,applica-ectivtion..Syncaddition,hronisationwisreliablethtecusattractivofsolutionscrucialtheimphronisatioortancebforwtheengenerationfemofseedstablellatorinantensepumpfew-cyclearepulses.nBasedBroadbandonofthispulsestecdemonstratedhnologytoteranJwMHzatt-classetitionmFirstulti-millijouleexpOPCPtAwsystemsundertakwwitherepulsealofreadynJrepresultedorted10atpulses.low.Con.ten.ts.1.In.tro.d.uction..ed...................................oscillator...............................................................system.....................................the.......37.........3.1.2....9.1.1.Motiv.ationPCPfor.high-p.e.ak-p.o.w.er.few-cycle.pulses..44...........4.......concept.....................n.........50..................................9.1.2.Comparison.of.pulseopticalamplication.tec.hniques....Injection.................se.........................................Optically.................3.3............11.1.3.Timing.jitter............................k...................................48.....................49...........................................50.....................51.......................52..12.1.4.High-rep.etition-rate........3.c.amplier...............37.ding.ump...............................F.......................................seeding...........................................40.hronised..........13.1.5.Thesis.outline..................jitter.............................................Conclusion...............................................de-lo.d...........................4.1..................................14.2.F.em.tosecondAoptical.parametric.ampliers......................................Design......................................16.2.1GainPhase-matc.hing.condition........................................Resonator...........................................Disp............................................................16.2.2.Amplication.of.ultrashort.pulses..........34.KHz.parametric.hirp.pulse.................................3.1.see.of.p.laser.............................................................3.1.1.requency-shifted18eding2.3.Stretc.hing.and.compressio.n.of.fem.tosecond.pulses......................................................38.Direct..........................22.2.3.1.Eciency.and.seed.pulse.duration..................................................3.2.sync.O.A.................................................................4022Timing2.3.2.Disp.ersion.managemen.t.tec.hniques..............................................................................3.4..........................................23.2.3.3.Pulse.c.haracterisation.tec.hniques......................................46.Mo.c.e.thin-disk.....................................................48.Thin-disk........................24.2.4.Pump.sources.for.parametric.ampliers................................................4.2.scalable............................................................27.2.4.1.Regenerativ.e.ampliers................4.3.consideratio.................................................................................4.3.1.material..................................................28.2.4.2.Mo.de-lo.c.k.ed.oscillators........................4.3.2.design.....................................................................................4.3.3.ersion......................................30.2.5.Pump-seed.sync.hronisation.tec.hniques..........................................5.
.1-ps.6.4.4..Jcthin-disk.oscillator..................................75.......................................................s.............erimen...............compression..............54Summary4.4.1.Amplier.head..........sync.............................tim.......c.............81.........ri......................................................................................................54.4.4.2.Resonator......................................measuremen.................analysi...............6.amplier.......6.1...................a.................6.1.2.bandwidth.................a...................Ti:Sapphire.....................Amplication....55.4.4.3.Exp.erimen.tal.realisation..........................6.3.1.....................OG.........................................94.......................and.................5.3.2.set-up..............57.4.4.4.Pulse.c.haracterisation..........5.4.results...........................................5.4.1...................................F.of.jitter.............................optical.ed.................considerati........59.4.5.Second-harmonic.generati.on....................Choice.crystal...................................arame.gain.................................6.2.reali.i.....................................85..64.4.6.F.urther.scaling................................85.........................................6.3...........................................design.........................................6.3.2.t..........65.4.6.1.Shorter.pulse......................94.results.........................................Applications.............................................7.ok.................................74.Optical.hronisation..........................66.4.6.2.Higher.energy..................................74.Lo.king.......................................................................................75.Cross-correlation.t..............................................68.5.Pump-seed.sync.hronisation.for.MHz.parametric.amplier....5.4.2.requency.s.the.ing......................69.5.1.In.tro.duction..........................77.MHz.parametric.hirp.pulse...............................81.Preliminary.on.........................................................................6.1.1.of.nonlinear................................69.5.2.A.ctiv.e.sync.hronisation.sc.heme....................81.P.t.c.and.................................................................82.Exp.tal.s.t.on............................70.5.2.1.Electronic.con.trol.lo.op.:.phase-lo.c.k.ed.lo.op....................6.2.1.seed................................................................................70.5.2.2.Optical6.2.2conresultstrol.lo.op:.su.m.-frequency.generation..................................................................86.Pulse....................70.5.2.3.Com.bine.d.sc.heme.........