High power ultra-short pulse lasers based on fiber driven OPCPA [Elektronische Ressource] / Jan Rothhardt. Gutachter: Andreas Tünnermann ; Christian Spielmann ; Uwe Morgner

Sujets

• Physik

Informations

• Publié par: friedrich-schiller-universitat_jena
• Publié le: 01 janvier 2011
• Nombre de lectures: 10
• Poids de l'ouvrage: 5 Mo

Extrait

NoHighFpPhoDipl.-Phworgelegterhenultra-shoersit?trtgebpulseerlasersRatbasedalisconakult?t,bh-ScervdrivenJanOPCPamAemDissertationinzurdemErlangungderdesysikakh-AstronomiscadFedermriedricischiller-UnivhenJenaGradesondoys.ctorRothhardtrorenerum20.naturaliumv(Dr.brer.1981nat.)JenavUwGutac2hagterProf.1.MorgnerProf.DisputationDr.3.AndreasDr.T?nnermanne2.TProf.derDr.:Christian9.11.2010Spielmann(2)
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.du.c.t.i.ophotonicn.3.2.F.ew-cyclelaserslaser.t4.2echnology4.2.16.2.1ofTi:Saeectsbased.few-cy.cl.eerlasers..5.1.2...................narro...4.3.1...emp...P.....5.1.......erage.eects......6.2.2.Optical.parametric.c-hirp.ed.pulseDegenerateamplication........matc.....ra.......wing.......a......7.3.Linea.r.andaveragenonlinearrYb-dopoptics.of.ultra-sho.rtstep-indlaser.pulses.10as3.1erUltra-short.laserbp.ulses..ulated.......bandwidth...............pulse.length.........29.A...............4.2.3.ph.g11.3.2.Disp.ersion4.3.and.o.............gain.............4.3.2.gain.wing...........38.nonlinear...............5.o.laser.A.erties.b12.3.3.Intro.1.-eects....5.1.1.x.b.......b.a.o.and...5.1.3.fused...........5.1.4.scattering...........48.Gain.optimization..................12.3.3.1.General.description..29.Pump.duration.crystal.....................4.2.2.OP..........................13.3.3.2.Second31harmonicOptimizationgenerationnoncollinear.ase.hin...............33.Gain.wing.satu.ti.n..................1.4.3.3.336OpticalSpatialparametricnarroamplicationeects.......................36.T.oral.n.rro.eects........14.3.3.4.Phase.matc.hing.in.birefringen.t4.4crystalsarasitic.eects.............................40.High.p18w3.3.5pumpRealfobOPCPeams43andPropultra-shortofpulsesed.er.........................44.Double-clad.e.and.crystal.ers..20.4.Theo.retical.asp44ContentsYb-dopectsedoferOPCPhighAvdevelopmentp25w4.1lasersChoiceampliersof.nonli.near45materialNonlinear.in.silica.ers...................46.Stim.Raman.........................125.5.2.Optical.sync.hronization8-.so.l.iton.self.frequency.shift7.1...Energy.7.2.Pulse.7.2.2.on.....80...uture......49.5.3erF.emconsidtosecond.mJ-class.F.CPampliersA....o...7.2.5...Conclusion.conclusion.......and.optical.....7.1.1.........erage.......pump.n....52F5.4.High.energy.nsinb.er.amplierinuence.e...v.........ultiple.......90.Comparison.............7.rosp.considerations.of.amplier......54.6.Pdurationerfo.rmance.of.the.develop.ed.OPCP.A83systemsaandoapplication.61.6.1.Giga.w.att.pofeakandptio.w.er.OPCP.A5atscalingdegeneracyA...........8.energy.b.........7.2.3.p.pulse.limits.....7.2.462e6.2erCompact.Giga.w.att.OPCP.A....bining.............88.Outlo.92.6.4.4.and.........................82.F.p67ects6.3scalingF83ewScaling-thecycleparametricOPCP.A..................83.Pulse.................................7.1.2.and.v.p.w.scaling7.1.6.4.High.eld.ph.ysics.application:.High.harmonic.generation84inLimitsKryptonthe.laser.scaling.era.o.s77.6.4.1.High.harmonic.generation.-.single.atom8resp7.2.1onseenergy.in.CP....................78.6.4.2.Phase5matcPulsehingscaling.ns.er.................86.The.of.olarization.the.en.rgy...........7.A.erag.p.w.scaling......79.6.4.3.Exp.erimen.tal.setup.and.re.s.ults..87.Com.m.pumps.........................8.and.ok.Bibliography.2.610 :
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