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- large optical cavity diode 大光腔二极管
- optical cavity diode 光腔二极管
- High-Power 850 nm Large Optical Cavity Wide Spectrum Superluminescent Diode[J]. 引用该论文 李辉;王玉霞;李梅;张晶;曲轶;高欣;薄报学;刘国军.
- High-To InGaAsP semiconductor laser with large optical cavity[J]. 引用该论文 钟景昌;朱宝仁;黎荣晖.
- This article investigates the theretical model of interaction of ultracold cluster and optical cavity! 本文研究了冷原子团和激光腔场相互作用的理论模型!
- If an optical cavity is somehow disrupted, as for example by the displacement or removal of one mirrors, the laser action generally ceases. 如果光学腔由于某种原因被破坏，例如挪动或取走一个镜片，激光通常就停止了。
- External cavity diode laser (ECDL) 外腔半导体激光
- external cavity diode laser(ECDL) 外腔半导体激光器（ECDL）
- High-Power 850 nm Large Optical Cavity Wide Spectrum Superluminescent Diode 高功率850 nm宽光谱大光腔超辐射发光二极管
- Theory research of using optical lever for wavelength fine-selection in external cavity diode laser 光杠杆实现外腔半导体激光器波长调谐的理论研究
- Folded lobe large optical cavity 折叠瓣大型光学共振腔
- optical cavity laser interferometer 光谐振激光干涉仪
- Keywords Optical fiber communication,time window,super-Gaussian pulse,Fabry-Perot filter,semiconductor optical amplifier,fiber grating external cavity diode laser; 光纤通信;时间窗口;超高斯光脉冲;法布里-珀罗滤波器;半导体光放大器;光纤光栅外腔半导体激光器;
- Dielectric Waveguides / Photonic Crystals : Basics of optical cavities and waveguides. Photonic crystal concepts, structures, issues. 光学腔与波导之基础。光子晶体之概念、结构与问题。
- The stable condition of multi-wavelength optical cavities is discussed by the method of ray-pulse matrices, and the formula of net GVD is deduced. 用光束脉冲矩阵法分析了多色光学谐振腔的稳定条件;
- His optic nerve was hurt in an accident. 他的视神经在一次事故中受到损伤。
- Frequency Stabilization of an External Cavity Diode Laser Using Polarization Spectroscopy without Frequency Modulation 利用偏振光谱对外腔式半导体激光器实现无调制锁频
- Microscopes and telescopes are optical instruments. 望远镜和显微镜是光学仪器。
- The entanglement purification protocol for the system of atom interacting with two distinct optical cavities is discussed.The fidelities before and after the system purification are studied. 摘要提出了二能级原子与双模光场耦合系统的纠缠纯化方案，并对系统纯化前后量子传输保真度进行了研究。
- Optical microcavities have both small mode volume V and high quality factor Q, their Q/V values are much larger than conventional optical cavities, which is the base to develop the microlaser. 光学微腔同时具有极小的模式体积V和极高的品质因子Q，它的Q/V值要远远高于普通的光学谐振腔，成为微型激光器的首选。
