环形腔

有源光纤环形腔进行频率调谐窄线宽激光的方法

Accurate Tuning Narrow-linewidth Laser Obtained by a Active Fiber-optic Ring Resonator

环程光程随机扰动时光纤环形腔的有效带宽

Effective Bandwidth of a Fiber-Optic Ring Resonator with Round-trip optical Length Fluctuation

声光诱导单向运转的Nd∶Glass环形腔激光器

Acousto-Optic Induced Unidirectional Operation Nd ∶ Glass Ring Laser

SOA光纤环形腔激光器和微环谐振器可用来实现光阈值门功能。

SOA fiber ring lasers and micro-ring resonator can be used for OTF .

自调Q和自锁模环形腔铒镱共掺双包层光纤激光器。

Self-Q-switched and self-mode-locked ring cavity double-claderbium / ytterbium co-doped fiber laser .

LD抽运单块非平面环形腔单频激光器

LD Pumped Monolithic Non-Planar Ring Resonator Single Frequency Lasers

环形腔全光纤F-P干涉仪的声发射检测

Ring cavity all fiber F-P interferometer used in detection of acoustic emission

有横向分布为TEM（10）模的信号注入的环形腔激光器的双稳性

The bistability of the ring cavity laser with a injected signal having a transverse distribution of the TEM_ ( 10 ) mode

LD抽运运行在1041nm的掺Yb环形腔光纤激光器

A LD Pumped Yb ~ ( 3 + ) - doped Ring Fiber Laser Operating at 1041 nm

本文使用传播矩阵（G参数等价腔）方法详细研究了约束稳定和不稳的非共振环形腔的光束特性。

The beam characteristics of confined stable and unstable antiresonant-ring ( ARR ) laser cavities are investigated in detail by using transfer matrix method ( equivalent G-parameter resonator ) .

报道了采用光纤光栅（FBG）短直腔选频结构的环形腔窄线宽光纤激光器。

A narrow line-width fiber ring laser with frequency selecting by fiber Bragg grating ( FBG ) short linear cavity is reported .

KTP晶体环形腔外腔倍频Nd∶YAG激光光束特性的研究

Study of Beam Quality and Focus of Frequency Doubling in a KTP Crystal on Nd ∶ YAG Laser by the Resonant External Ring Cavity

LD抽运内腔倍频532nm微型环形腔激光器的设计

LD Pumped Intracavity Doubling 532 nm Ring Laser

提出了一种利用具有干涉作用的半导体光放大器（SOA）环形腔实现全光频率倍增／恢复的新方法，该方法同相关实验比较具有显著优势。

A method for all-optical frequency multiplication / recovery based on the semiconductor optical amplifier ( SOA ) ring cavity with the interference is proposed and demonstrated by numerical simulation .

一种基于双光纤环形腔的M-Z型交错复用器

A Flat-Top Interleaver Based on a M-Z Interferometer with Two Ring Cavities

研制了具有结构紧凑、稳固、单频输出效率高等优点的半导体激光器（LD）泵浦的单块非平面环形腔单频固体激光器。

Diode pumped monolithic nonplanar ring laser has been developed , yielding single frequency laser and has the advantages of compactness , reliability and high efficiency .

实验上，利用实验室现有的单级AOTF和EDFA对环形腔结构的可调谐掺铒光纤激光器进行初步研究，得到了令人满意的结果。

Good experimental results were achieved in ring fiber laser by using the single stage AOTF and EDFA .

基于高双折射Sagnac环的可调环形腔掺铒光纤激光器理论与实验研究

Research on tunable erbium-doped ring fiber laser based on a high-birefringence Sagnac loop : theory and experiment

利用F-P干涉仪慢扫描法，更为直观的看到了注入种子对环形腔的模式诱导作用。

Making use of F-P interferometer method , we see more clearly about the mode inducing from seed laser to slaver oscillator .

提出了一个在V？型三能级原子系统中利用单向环形腔实现光学双稳态行为的方案。

Type EIT scheme in details . ( 3 ) We analyze optical bistable behaviour in a V ? type three-level atomic system driven by a probe field by means of a unidirectional ring cavity .

最后本文对基于环形腔激光器的长距离FBG传感系统进行了系统稳定性、分束复用、温度、静态应变和动态应变的实验。

Finally , the stability , multiplexing , temperature sensing , static and dynamic strain sensing experiments are carried out with sensing system based on a fiber ring laser .

介绍了利用辅助镜的NdYAG单向环形腔，并利用Cr4＋YAG晶体作为可饱和吸收被动调Q器件。

A unidirectional Nd ∶ YAG ring laser resonator with an auxiliary mirror was introduced . Cr 4 + ∶ YAG crystals were used as a saturable passive Q switch .

利用单块非平面环形腔单频激光器作为种子振荡信号，注入到高重复频率Q开关构成的从动激光器，获得单脉冲能量大于5mJ、脉冲宽度40ns的单纵模振荡脉冲激光输出。

The injected seed laser is a monolithic non-planar single frequency ring laser . The slave laser is a Q-switched resonator with high repetition frequency . Single frequency pulse laser having a pulse width of 40 ?

利用激光二极管（LD）抽运的单块非平面单向行波环形腔单频固体激光器作为种子源，对电光调Q的功率激光器进行种子注入。

A high peak-power single-longitudinal mode ( SLM ) Q-switched laser which seeding injected by a laser diode ( LD ) pumped continuous-wave monolithic single-frequency unidirectional non-planar ring oscillator ( NPRO ) is investigated .

对带尾纤半导体激光器（LD）抽运的掺Yb3+光纤环形腔与直腔激光器进行了比较研究。

In this paper , the Yb 3 + - doped ring cavity fiber laser is compared with the F-P cavity fiber laser which were both pumped by LD with fiber pigtail .

本文对EDFA（掺铒光纤放大器）、ASE（放大的自发辐射）光源及环形腔掺铒光纤激光器进行了理论与实验研究。

In this paper , the theoretical and experimental study on EDFA , ASE ( Amplified spontaneous emission ) light source and Erbium-doped fiber ring laser are made .

利用多元件腔的衍射积分方程及光学ABCD定律，得出了多程环形腔小孔耦合输出模式的相关计算公式。

Analytic expressions for aperture output mode of a multiple pass ring resonator have been derived using ABCD matrices and diffraction integral function of multi element resonator .

进行了LD泵浦掺Er3+光纤环形腔激光器的实验工作，获得了斜率效率10%以上的激光输出。

The optimum fiber length of a ring cavity Er3 + doped fiber laser was derived . The LD-pumped Er3 + doped fiber laser was experimentally studied and the slope efficiency of more 10 % was obtained .

采用基于碘分子吸收的数字PID锁频方法，对非平面环形腔的连续激光器进行了锁频，频率稳定性优于1MHz。

An iodine-absorption based digital PID controller is also described that is capable of locking the laser frequency at a stability level of better than 1 MHz for arbitrarily long periods .

为提高普通布里渊激光器的输出功率和激光效率，提出一种基于小纤芯光子晶体光纤（PCF）的环形腔布里渊光纤激光器。

To improve the output power and the laser efficiency compared with common fiber Brillouin lasers , a small core photonic crystal fiber ( PCF ) based ring-cavity Brillouin fiber laser was presented .