光泵浦

用作EDFA光泵浦的激光二极管

Laser Diodes for EDFA Optical Pumping

在LD端面泵浦的高重频Nd：YAG激光器的光泵浦过程中产生的热效应是影响激光输出特性和系统综合性能的重要因素。

The thermal effects of LD end-pumped Nd : YAG high-repetition-rate solid laser during the optical pumping are the important factor which affects the laser output characteristic and the system integrated performance .

YAG激光棒光泵浦动态热效应的干涉测试

Interference measurement of dynamic thermal effect induced by optical pumping of YAG crystal rod

采用连续光泵浦方式，在激光谐振腔中，利用多模硅光纤中的非线性效应-受激Brillouin散射（SBS）进行自调Q，得到了纳秒量级的脉冲输出；

By exploiting fiber nonlinearity-stimulated Brillouin Scattering ( SBS ) process in the laser cavity .

与N2光泵浦比较，XeCl激光泵浦可得到更短波长和更高阈值系统的激光振荡。

Comparing with N2 laser , XeCl laser is more suitable to shorter wavelengths and higher threshold systems .

双向光泵浦XeF（C-A）激光

XeF ( C-A ) laser enhanced by two pump sources

光泵浦XeF（C-A）激光技术研究进展

Development of optically pumped XeF ( C-A ) laser

本文研究了脉冲固体激光器的YAG激光棒光泵浦动态热效应对激光波面的影响。

The influence of dynamic thermal effect induced by optical pumping of YAG crystal rod in a pulsed solid laser on the wave front of the output laser beam is studied in this paper .

以DCM：Alq和Perylene：PS为增益介质的波导结构的边发射激光器，在光泵浦下，观察到了由ASE机制引起的增益窄化现象。

The optically pumped gain narrowing induced by ASE is observed in the organic waveguide structure using DCM : Alq and Perylene : PS as gain media , respectively .

按这种增益方式，在此领域首次在有机电致发光二极管结构中实现了受激发射，增益区的形成主要依靠通过ITO一侧的光泵浦，也配合了电流注入。

In this amplifying way , lasing was firstly realized in an organic emitting diode in the area . The gain region was produced by light pumping through ITO side of the sample , and electrical injection was also applied .

脉冲光泵浦下，光纤长度对正向ASE输出功率的饱和存在显著的影响，但不影响反向ASE输出功率的饱和。

This study also shows that the length of the fiber under pulse pumping affects significantly the saturation of the forward ASE output power , but does not affect that of the backward ASE output power .

采用两个DBR为反射镜，以聚合物薄膜PFO作为激光增益介质，设计并制备了高Q值的光学微腔结构，研究了聚合物在高Q值微腔中的光泵浦激光特性。

Using two DBR as the reflectors and the PFO film as the active layer , the high Q optical microcavity structure was fabricated . The optical pumped laser characteristics of the polymer were studied in the high Q cavity structure .

讨论了双向光泵浦XeF（C-A）激光技术，给出了双向泵浦情况下的XeF2光解离波图像。

The technology of XeF ( C-A ) laser pumped by two counter optical sources is discussed and the photographes of the XeF_2 photodissociation waves propagating from two directions are given .

本文报道了在低功率Nd：YVO4倍频激光器连续光泵浦下用Z-扫描技术对偶氮液晶聚合物CN2的非线性光学特性研究。

In this paper , we report the measurement results of nonlinearly optical properties of azo liquid crystal polymer ( CN2 ) by using the Z scan technique .

多通道表面放电在光泵浦XeF（C-A）激光时具有能量沉积效率高、可获得大面积均匀放电、激活体积大以及增益均匀等优点。

The multichannel surface discharge applied for optical pumping XeF ( C-A ) laser has the advantages of high energy deposited efficiency , capability for large area uniform discharge , large active volume , and uniform gain .

结果表明：连续光泵浦下，双包层Er3+/Yb3+共掺光纤放大器ASE达到稳态的时间和输出功率的大小依赖于泵浦功率，ASE输出功率的增加与Er3+上能级粒子数的减少相对应；

The results show that the time and output power value of ASE reaching steady state under continuous pumping depend on the pump power , and the increase of ASE output power corresponds to the decrease of the inverted population of Er ~ ( 3 + ) .

使用Nd：YAG激光器的倍频（0.532μm）光泵浦BBO晶体光参量振荡器，使用一组腔片，获得0.7-2.1μm可调谐激光输出，并对实验结果进行了分析。

By using the second harmonic ( 0.532 μ m ) of Nd : YAG for pumping the BBO OPO system , the continuous tunable output from 0.7 to 2.1 μ m with only a pair of mirrors was acquired . The experimental results were analyzed in detail .

本文从光泵浦垂直外腔面发射半导体激光器（OPS-VECSEL）的速率方程组出发，对输出功率的表达式进行了推导和修正，讨论了热效应对输出功率的影响。

Based on the rate equations of Optically Pumped Semiconductor Vertical-External-Cavity Surface-Emitting Lasers ( OPS-VECSEL ), the expression of output power was deducted and modified in this paper . The impact of thermal effects on the output power was discussed .

高能量光泵浦下板状复合介质的热特性

Thermal characteristics of slabby composite medium pumped by higg laser power

研究了有机聚合物微腔在光泵浦下的腔效应。

The cavity effects of organic microcavity under photo-pumping were studied .

新型光泵浦垂直外腔面发射半导体激光器

An Novel Laser-Optically Pumped Vertical External Cavity Surface Emission Laser

固体激光器的光泵浦热效应和折射力

Thermal Effects and Refractive Power in Optically Pumped Solid-State Lasers

染料激光在加速物理中的应用&光泵浦极化负离子源

Dye iaser application in accelerator physics & Optically pumped polarized H-ion source

光泵浦系统的工作原理及热效应；

The principle of optical pump system and thermal effects ;

固态激光介质的热效应与光泵浦极限研究

Study on the thermal effect and the optical pump limit about solid-state laser medium

高重复率激光器光泵浦系统

High Repetition Rate Laser Optical Pumping System

首台激光器发明不久，太阳光泵浦激光器立即问世。

The first laser soon had been invented , the solar-pumped laser immediately is published .

太阳光泵浦Nd：YAG激光器中聚光器的设计

Design of a concentrator in solar-pumped lasers

文中给出了一阶斯托克斯光泵浦阈值、输出能量和光束质量的实验数据。

The experimental results of energy threshold , output energy and beam divergence of the first Stokes are present .

为降低高能量光泵浦下板状激光放大介质内的热效应，提出了复合介质的方案。

Composite laser slabs are suggested to reduce thermal effects when laser slabs are pumped by high laser power .