简介：Perivascular上皮状的房间肿瘤(PEComas)是稀罕的间充质的瘤的一个家庭。PEComas，镇静上皮状并且锭子房间，有细胞的一样和immunohistochemical特征但是在不同内脏、软的织物地点被发现。这里，我们报导组织学并且PEComa的一个案例的immunohistochemical特征在一个男病人的骨盆的内脏的腹膜限制了。病人与激进的外科被对待，并且好并且没有肿瘤复发，在后续上访问。

简介：Consideringtheeffectsofparticlecrushingandintermediateprincipalstressonmaterialyieldingstrength,thespatialmobilizationplane(SMP)yieldingcriterionandstateparametermodelincludingageneralcriticalstatelineareselectedintheanalysisofcylindricalcavityexpansion.Meanwhile,combiningRowe'sflowruleandBolton'ssimplificationtostress-dilatancyrelationshiptoreflectsoilsheardilatancyandsofteningbehavior,thispaperanalyzestheproblemofcylindricalcavityexpansioni...

简介：Amaster-slaveconfigurationusedtocontrolthenonlinearbehaviorsarisinginaverticalcavitysurfaceemittinglaser(VCSEL)withstrongexternalopticalfeedbackisestablished.Intermsofbifurcationdiagram,timeandfrequencydomain,theinfluenceofthecontinuousopticalinjectionfromthemasterVCSELonthenonlinearcharacteristicsoftheslaveisinvestigatedtheoretically.Forrelativelyweakinjection,theslavestillkeepsitsintrinsicnonlinearstate.Withincreasingtheinjectionstrength,thesenonlinearbehaviorsevolvetoperiodicfluctuation,andatlastarereplacedbythesteady-state(e.g.thecriticalinjectionparameterforsteady-stateis1.2whenexternalcavity'sreflectivityandlengthare4%and4cm,respectively).Duringthisevolutionthebifurcation-contractionphenomenaarealsoobserved.

简介：Theeffectofmesasizeonthethermalcharacteristicsofetchedmesavertical-cavitysurfaceemittinglasers(VCSELs)isstudied.ThenumericalresultsshowthatthemesasizeofthetopmirrorstronglyinfluencesthetemperaturedistributioninsidetheetchedmesaVCSEL.Underacertaindrivingvoltage,withdecreasingmesasize,thelocationofthemaximaltemperaturemovestowardsthep-contactmetal,thetemperatureinthecoreregionoftheactivelayerrisesgreatly,andthethermalcharacteristicsoftheetchedmesaVCSELswilldeteriorate.

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简介：InordertoimprovetheopticalpropertiesoftheⅢ-Ⅴlaserdiodes(LDs)bymeansofH_2Splasmapassiva-tiontechnology,H_2SplasmapassivationtreatmentisperformedontheGaAs(110)surface.Theoptimumpassivationconditionsobtainedare60-Wradiofrequency(RF)powerand20-minduration.Sothelasercavitysurfacesaretreatedundertheoptimumpassivationconditions.Consequently,comparedwithun-passivatedlaserswithonlyAR/HR-coatings,thecatastrophicopticaldamage(COD)thresholdvalueofthepassivatedlasersbyH_2Splasmatreatmentisincreasedby33%,whichisalmostthesameasthatof(NH_4)_2S_xtreatment.Andthelife-testexperimenthasdemonstratedthatthispassivationmethodismorestablethan(NH_4)_2S_xsolutionwet-passivatedtreatment.

简介：Cavity-coupledplasmonicstructureisdemonstratedtobeasimpleandeffectivetooltomanipulatelight,enhancethebiosensingfigureofmerit,andcontrolthepolarizationstate.InthisLetter,wedemonstratethetunabilityofthechiropticaleffectofcavity-coupledchiralstructure,i.e.,sandwichchiralmetamaterials(SCMs),inwhichradiationcouplingdominatestheinteractionbetweenparticles.TwotypesofSCMswhosebuildingblocksare3Dchiraland2Dchiral,respectively,arenumericallystudied.Distinctresponsesareobservedinthesetwomaterials.Thechiropticaleffectcanbeeffectivelymanipulatedandenhancedinthe2Dcase,whiletheSCMsconsistingof3Dchirallayerskeepthechiropticaleffectaconstant.Atheoreticalanalysisbasedonmatrixopticsisdevelopedtoexplainthecorrespondingphenomena,whichgivesareasonableagreementwithnumericalsimulations.

简介：Aschemeisproposedforgeneratingathree-dimensionalentangledstatefortwoatomstrappedinacavitybyonestepviaadiabaticpassage.Inthescheme,thetwoatomsarealwaysingroundstatesandthefieldmodeofthecavityexcitedisnegligibleunderacertaincondition.Therefore,theschemeisveryrobustagainstdecoherence.Furthermore,itneedsneithertheexactcontrolofallparametersnortheaccuratecontroloftheinteractiontime.Itisshownthatqutritentanglementcanbegeneratedwithahighfidelity.

简介：我们在场在洞凯德威亚·拉曼转变与许多原子产生簇状态的一个计划。在这个计划，在原子andcavities之间的量信息的转移都没被要求，洞flelds仅仅几乎激动，因此，洞腐烂issuppressed在簇的产生期间说。原子总是在二groundstates被占据。因此，计划对原子自发的排放和洞decay.We感觉迟钝也显示出怎么从一个原子把量信息转移到另外一个。

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简介：Thecoherentlight-matterinteractionhasdrawnanenormousamountofattentionforitsfundamentalimportanceinthecavityquantum-electrodynamics(C-QED)fieldandgreatpotentialinquantuminformationapplications.Here,wedesignahybridC-QEDsystemconsistingofaquantumdot(QD)drivenbytwo-tonefieldsimplantedinaphotoniccrystal(PhC)cavitycoupledtoanauxiliarycavitywithasingle-modewaveguideandinvestigatethehybridsystemoperatingintheweak,intermediate,andstrongcouplingregimesofthelight-matterinteractionviacomparingtheQD-photoninteractionwiththedipoledecayrateandthecavityfielddecayrate.Theresultsindicatethattheauxiliarycavityplaysakeyroleinthehybridsystem,whichaffordsaquantumchanneltoinfluencetheabsorptionoftheprobefield.BycontrollingthecouplingstrengthbetweentheauxiliarycavityandthePhCcavity,thephenomenonoftheMollowtripletcanappearintheintermediatecouplingregime,andevenintheweakcouplingregime.WefurtherstudythestrongcouplinginteractionmanifestedbyvacuumRabisplittingintheabsorptionwithmanipulatingthecavity-cavitycouplingunderdifferentparameterregimes.ThisstudyprovidesapromisingplatformforunderstandingthedynamicsofQD-C-QEDsystemsandpavingthewaytowardon-chipQD-basednanophotonicdevices.

简介：Basedonsqueezedoperatorsthispaperhasimplementedanidealunconventionalgeometricquantumgate(GQG)iniontrap-opticalcavitysystembyradiatingthetrappedionswiththecavityfieldoffrequencyωcandanexternallaserfieldoffrequencyωL.Itcanensurethatthegatetimeisshorterthanthecoherencetimeforqubitsandthedecaytimeoftheopticalcavitybyappropriatelytuningtheionictransitionfrequencyω0,thefrequenciesofthecavitymodeωcandthevibrationalmodeν.IthasalsorealizedtheunconventionalGQGundertheinfluenceofthecavitydecaybasedonthesqueezed-likeoperatorsandfoundthatthepresentschemeworkswellforthesmallercavitydecaybyinvestigatingthecorrespondingfidelityandsuccessprobability.

简介：在这份报纸，我们描述基本原则和连续波浪洞铃流光谱学(CWCRDS)的系统设计。我们特别地也学习性质和一个新奇方法的行为到去谐激光并且把它用于一个洞铃流光谱学实验。模拟和实验在在传播特征和不同反射率之间的关系上被完成，以及扫描速度。产量电场方程被推出。这被调查了光子怎么被联合到洞并且怎么作为时间的功能从洞积累紧张和漏缝。紧张和腐烂时间的两累积减少，这被注意，并且当反射率增加，摆动振幅增加。有减少扫描速度的相对紧张增加。另外，模拟证明一个去谐得非的洞显示高度依赖于镜子反射率和压电的翻译程序(PZT)调整速度的播送信号。模拟也显示关上的激光与detuning不同。

简介：Amethodtopreparemulti-particleentanglementofGreenberger-Horne-Zeilinger-typeandW-typeisproposedthroughtheinteractionbetweenthecavityandmanyatomssimultaneously.Aftersuitableinteraction,theselectedmeasurementsonthecavityfieldcancreatetheentangledatomicstates.Theseentangledstatescanbeusefulforquantuminformationmanipulationandfundamentalstudyofquantumtheory.ThesestatesthatviolatetheBell'sinequalityareproven.

简介：Thispaperproposesaschemewhereonecanrealizequantumcloningofanunknowntwo-atomentangledstatewithassistanceofastatepreparerincavityQED.Thefirststageoftheschemerequiresusualteleportation.Inthesecondstageofthescheme,withtheassistanceofthepreparer,theperfectcopiesofanunknownatomicentangledstatecanbeproduced.

简介：Thereisatradeoffbetweenthequantumefficiencyandthespectralresponselinewidthinresonant-cavityenhanced(RCE)photodetectors.Recentlyanewtypeofphotodetectorstructurehasbeenproposed,whichutilizesaninclinedmirrorinathree-mirrorcavity.Itdecouplesthequantumefficiencyandthespectralresponselinewidthandhashighresponsespeed,highquantumefficiency,andnarrowlinewidthsimultaneously.Theanalysisresultindicatesthatthelinewidthof0.8nmandquantumefficiencyhigherthan70%canbeachievedonthisdevice.Fora30×30μm2device,themaximumbandwidthapproaches23GHz.

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简介：在数字方法的帮助下，在旋转的洞以内的流动地和它的伴随的损失机制在1二的st部分分开纸。便于比较，旋转洞进一步作为转子定子洞案例和转子转子洞被分类大小写。除了流动近围之外，结果作为inviscid流动在两种洞行为以内显示那流动，附近更低的G区域并且在旋转的孔的附近。在除了如此的inviscid-flow-dominate领域的区域，理论核心旋转因素能安全地被用来在洞以内预言swirl比率。当详细流动模式被考虑时，Ekman类型流动在在哪儿的表面边界层的圆周附近存在粘滞效果是非可以忽略的。由于模仿的洞案例的复杂侧面，然而，旋涡结构在洞以内被改变。由比较，打漩比率能被用来预言损失的大小。由于转子转子洞的相对明显的旋转效果，打漩比率甚至在当前的模型增加到1.4，它比包围圆盘快意味着那流动是动人的。进一步的调查发现这种高度旋转的流动伴有严肃的不受欢迎的压力损失。不同于它的对应物，插句地打漩当液体通过转子定子洞时，超过1.0的比率不发生。如此的结构设计什么时候是不可避免的，因此被建议有附加里面的throughflow的转子转子流动洞应该在引擎设计被避免或某些大小应该被提供。自从这些维的参数在state-of-art的设计是典型的，在当前的纸做的模拟是有意义的。Re和Cw的相对更低的范围没在二部分糊的水流被考虑。

简介：InordertodevelopthepracticalapproximationmodelssuitabletoflowfieldsatlowMachnumberwithlargetemperaturedifference,theinfluenceofdifferenceinapproximationmodelsonnumericalsolutionswasinvestigatedbysolvingthenaturalconvectioninthe3-Denclosureswithverticalsidewallsdifferentiallyheatedandtheheatedbottomwallusing3approximationmodels,thatisBoussinesqapproximation,lowMachNumberapproximationandapproximationmodelproposedbyMlaouah.Asresultsofthesimulation,theeffectsofthedifferencesinthethreeapproximationmodelsonthenumericalsolutionsbecomeclear.