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- laser resonant cavity mirror 激光谐振腔镜
- Coupling Energy of Columniform Laser Resonant Cavity 圆柱形激光共振腔的耦合能量
- A Novel Method for Measuring Optical Homogeneity of Transparent Medium Plate Based on Laser Resonant Cavity 利用激光谐振腔测量透明介质薄板的光学均匀性
- laser resonant cavity 激光器谐振腔
- The laser's basic structure, also called the resonant cavity, is essentially a long tube with mirrors at each end. 激光器的基本结构（也称为谐振腔）实质上是一根两端都有反射镜的长管。
- Based on the experience of adaptive optics application in high power laser systems, a deformable mirror located at cavity mirror can largely improve the dynamic range of correction aberrations. 摘要根据在大型高功率固体激光装置中自适应光学技术的应用研究，将变形镜置于腔镜位置，有利于提高自适应光学系统的校正动态范围。
- The key ingredient to making amplified radiation, Townes realized in the early 1950s, was a resonant cavity. 汤斯在1950年代早期理解到，产生辐射放大的关键在于共振腔。
- Simple and efficient F-P Yb-doped fiber laser with fiber tunable reflectivity loop mirror and fiber Bragg grating as cavity mirrors is brought forward. 提出了利用光纤环形镜和高反射率光纤光栅做腔镜的F P腔掺镱光纤激光器的优化设计结构。
- A strong magnetic field in a resonant cavity is an ideal circumstance for initiating the spins and orbital motions of electrons and nuclei in solids. 谐振腔中的强磁场是激发起固体中电子和原子核的自旋和轨道运动的理想环境。
- In double-pass forward (DPF) configuration using the dichroic mirror as the front cavity mirror, the maximum superfluorescent output power is 2. 采用特定范围波长双色镜作为前腔镜,形成双程前向(DPF)装置,获得最大超荧光输出功率2。
- laser resonator cavity 激光器共振腔
- Temperature effect on a rectangular resonant cavity is studied, and temperature characters of bi-metals are discussed. 摘要本文讨论了温度对矩形波导谐振腔谐振频率的影响，以及热双金属材料的特性。
- To improve measurement precision, it is suggested that ring-down signal on the oscillograph should be applied to adjust the cavity mirror. 将衰荡波形的变化用于腔镜角度的精确调节中，可以提高该测量精度。
- Electromagnet and aerodynamic characteristic and the effect of water-film insidesensor of resonant cavity are analyzed. 分析了微波谐振腔的电磁性能和气动性能以及水膜对谐振腔测量误差的影响;
- The underling importance of the Ge quantum dot resonant cavity enhanced photodetector is discussed and its prospects are offered. 最后对上述内容进行小结,并对Ge量子点共振腔增强型光电探测器的应用前景进行了探讨与展望。
- A novel type of resonant cavity enhanced (RCE) modulator, which is composed of a symmetric RCE modulator and an asymmetric F-P cavity, is proposed. 摘要提出了一种新型的谐振腔增强型(RCE)光调制器结构，该器件采用双腔混合式结构。
- Only when the resonant cavity of microwave plasma thruster (MPT) is under the resonant state,can the microwave energy heat the propellant gas to produce thrust efficiently. 微波等离子推力器(MPT)谐振腔只有在谐振状态下,微波能量才能被高效地用于加热工质产生推力。
- Model for exciton absorption in optical microcavity was built and programe of simulation of reflectivity and cavity mirror design were written.The optimal parameters for optical microcavity was given. 建立了微腔中激子光吸收的理论模型，编写出了微腔激光器腔镜设计和模拟反射光谱的程序，给出了光学微腔设计的优化参数；
- Abstract: The resonant cavity reflector has been used in the backward wave oscillators for producing multi-gigawatt power and operating at low magnetic field. 摘要： 利用模式匹配方法对“冷”谐振腔反射器的反射特性进行了理论分析，推导出了谐振腔反射器的广义散射矩阵。
- A cold model measurement system of the RFQ resonant cavity is introduced, which can measure the field distribution of cold model through bead-pull measurement. 根据谐振腔的微扰理论,采用小球微扰法,为射频加速器建造中的冷模测量建立了一套自动测量系统,实现了高精度、批量自动化测量的要求。
