光学谐振腔的英文

• optical resonator

• "光学"英文翻译    optics; photology; photics
• "谐振腔"英文翻译    cavity resonator; cavity; re ...
• "共焦光学谐振腔" 英文翻译 :    confocal optical resonator
• "光学纤维谐振腔" 英文翻译 :    optical fiber resonator
• "光学谐波" 英文翻译 :    optical harmonic
• "谐振腔" 英文翻译 :    cavity resonator; cavity; resonant cavity; [讯] resonant chamber; resonator
• "共振腔，谐振腔" 英文翻译 :    resonant cavity
• "光学谐波振荡" 英文翻译 :    optical barmonic generation; optical harmonic generation
• "大光(学谐振)腔激光器" 英文翻译 :    large optical cavity laser
• "凹状谐振腔" 英文翻译 :    reentrant cavity
• "伴音谐振腔" 英文翻译 :    sound resonant cavity
• "闭合谐振腔" 英文翻译 :    closed resonator
• "标准谐振腔" 英文翻译 :    cavity meter; reference cavity; standard cavity
• "超导谐振腔" 英文翻译 :    superconducting cavity
• "抽运谐振腔" 英文翻译 :    pump cavity
• "磁调谐振腔" 英文翻译 :    magnetically tunable resonant cavity
• "对称谐振腔" 英文翻译 :    symmetric resonator
• "多模谐振腔" 英文翻译 :    multimode cavity; multimode resonator
• "反馈谐振腔" 英文翻译 :    reaction cavity
• "光谐振腔" 英文翻译 :    optical cavity; optical resonant cavity
• "环形谐振腔" 英文翻译 :    ring resonator
• "回波谐振腔" 英文翻译 :    echo box
• "基准谐振腔" 英文翻译 :    reference cavity
• "激光谐振腔" 英文翻译 :    laser resonator
• "加速谐振腔" 英文翻译 :    accelerating cavity; acceleration cavity

• Optical pattern dynamics is mainly divided into two parts : laser pattern dynamics and pattern dynamics in optical resonator with nonlinear material
  光学斑图动力学主要包括激光器斑图动力学和含有非线性介质的光学谐振腔系统的斑图动力学。
• Quasi - optical resonators which have advantages on high quality factor 、 using easy and sample placed easy etc can accomplish electrical dielectric parameter measurement of dielectric material effectively
  准光学谐振腔具有高q值、使用简便、样品放置容易等许多优点,能够有效地完成介质材料电介质参数精密测量的任务。
• The performances of key optical components are tested under current condition of our laboratory . the electric circuits are tested and the parameters are set . the initial test of the resonator is finished
  在实验室现有的条件下，对关键光器件进行了性能测试，对电路进行了测试并确定了电路参数，对谐振腔也完成了初步测试，观察到了光学谐振腔的谐振现象。
• This paper analyses the mechanism and kinds of the opening optical resonator ' s loss , discusses how to reduce the stable optical resonator ' s loss for improving the optical resonator ' s quality when designing stable optical resonator
  摘要本文描述了光学谐振腔损耗的分类和产生的机制，讨论了设计稳定光学谐振腔时，如何减少稳定腔损耗以便于提高它的品质因数。
• The task will be completed by designing 3mm quasi - optical resonator to get small waist radius of gaussian beam existing in quasi - optical resonators . the 3mm quasi - optical resonator test system is built and the test soft is written in vc + + language . we test on dielectric plates , then realize sweep test of large - area sample by adjusting move set to get dielectrical parameter distribution
  本课题拟通过设计3mm开放式谐振腔,使开放式谐振腔中传播的高斯波束的束腰半径尽可能小,组建3mm准光学谐振腔测试系统,编写测试软件,对介质片进行测试,调节移动装置,实现对大面积介质片的扫描测试,从而测得介质片介电性能的分布。
• We use the laser output ( 320 nm , 200 fs ) of optical parametric amplifier ( opa ) in < wp = 5 > an active passive mode - locked femtosecond ti - sapphire laser operating at a repetition rate of 1khz as a exciting resource to develop optically pumped stimulated emission of zno thin films . when rectangular stripe laser irradiates thin films , optical resonant cavity is naturally formed between two nanocrystallites along with the rectangular laser stripe and planar weveguide confines the light scattering
  利用飞秒激光器作为光泵浦激发光源，研究了氧化锌薄膜的光泵浦受激发射，当条形光斑辐照薄膜样品时，将沿着光斑条由氧化锌纳米晶面自然地形成光学谐振腔，由于平面介质波导结构限制光散射，所以成功地观测到二氧化硅衬底上的纳米氧化锌（ zno ）薄膜的紫外受激发射。
• The electromagnetic field and energy distribution of gaussian beam existing in quasi - optical resonator are analyzed and simulated using matlab , the resonant frequency and waist radius of the resonator are calculated , and design the 3mm quasi - optical resonator according to resonant frequency and waist radius
  本文首先分析了准光腔内存在的高斯波束电场和能量分布情况,模拟了工作模式tem _ ( 00q )和高次模式的电场和能量分布图,计算准光腔的谐振频率和束腰半径,以此为依据设计了3mm准光学谐振腔。
• Thirdly , the structure of ejecting in the base region with unmatched pressure ( sebup ) is introduced . the sebup can produce a high average pressure in the laser chamber , while the low pressure which is needed by the active medium is set up locally too . the steady flowfields and the unsteady flowfields in start - up course of sebup are also simulated with cfd method , and the experiment of sebup is made . the
  在本文最后,根据以上研究的结果,提出了“基区非匹配压力引射结构” 。这一结构的特点是,它能够在提高光学谐振腔的平均静压力的同时,建立出有利于出光的局部低压区。本文用cfd技术对它的稳态和启动的瞬态流场进行了模拟,并实施了实验。