Tunable photonic crystal devices [Elektronische Ressource] / von Jan Hendrik Wülbern

onTscunableErlangungPhotonicIngenieurCrystalernDevicesakVGradesomDissertationPromotionsausscHendrikhBrunsb?ttelussdesderademiThenecDoktorhniscgenehmigtehenvUnivJanersit?tW?lbHamausburg-Harburg2010zur(TUGutachenhagter:2010Prof.burgHarburg)Dr.mManfred15.EicerhHam(TUTHamderburgHarburg)?ndlicProf.Pr?fung:Dr.JuliErnstBrinkmey.Con3.3.1tenerformancets.1.In.tro.ductionyand4motiv51ation.1.2.Theoretical.bac.kground.7.2.1systemsSecond.order.nonlinear.optics.ininorgani.c.materials..heterostructure...index.....45.....photonic...w...eguides.537.2.1.1apN.LO.-e3.3indexe.cts.onL3the.m.acroscopic.scaleD.......mits.ca...37.photobleac...............trast.Photonic7.2.1.2.M49icroscopicandorigin.of.NLO-eectscrystalin.organic.materialsl................9.2.2caPhotoniclocrystalshotonic.........1.vities.............34.l.vit...........3.3.3.lo.trast.........Ca.b......14.2.2.1.PhotonicConclusioncrystal.slabs................dielectric.ybrid.49.in...........Photonic.v...........Slotted.a16resonators2.3.Ca.vities.andUresonatorsresonator...........i.......................29.Micro.vities.2D.w.p.crystals..........18.2.4.Sim33ulationHconceptsand.ca.............................3.3.2.oub.e.ca.y.....................3721Li2.4.1ofGwuidedconmomicrodevitiesexpansion..............3.3.4.vit.denition.y.hing...................3.4......21.2.4.2.Fi.nite.in.tegration.tec.hnique................46.High.con.h.silicon-organic.crystals.4.1.bandgap.inltrated............22.3.Lo.w.