激光器件

窄线宽半导体激光器件

Narrow line width semiconductor laser diodes

综合正常人眼明暗视觉光谱光视效率、典型CCD摄像机光谱响应灵敏度等因素，选用了合理的激光器件。

Considering of the spectrum efficiency for human eyes and the sensitive of a CCD camera respond to the spectrum , a logical laser is selected .

高功率高重复率TEACO2激光器是一种有着良好应用前景的激光器件。

High power high repetition rate TEA CO2 laser is a kind of laser with a wide range of applications .

指出LD将对其它一些激光器件进行全面挑战。

It is shown that LD will seriously challenge to the most of other lasers .

螺旋水冷慢流CO2激光器件比普通慢流器件输出激光功率高16%。

The laser output power of the slow flow CO_2 laser with spiral water flow is 16 per-cent larger than the power of normal slow flow CO_2 laser .

DFB激光器件自脉动的研究

Study on Self-pulsation of DFB Laser Devices

理论分析了高折射率Bragg光纤的模式特性和色散特性，并讨论了其在掺稀土光纤激光器件方面的应用。

Modal properties and dispersion properties of high-index core Bragg fiber are theoretically investigated . Its application on rare-earth doped fiber laser apparatus is also discussed .

近年来由于人们对超短脉冲激光器件和锁模技术的研究，脉冲宽度为几十飞秒（fs）的超短脉冲激光器的应用已经得到了推广。

In recent years , the application of lasers producing femtosecond duration pulse has been extended , due to the development of laser module and technology of mode-locked .

Intel也在探索如下的技术：对发射光的调制、硅结构中的光导能力、光纤到硅片的机械配合以及最近研发的第一种硅激光器件。

Intel is also exploring techniques to modulate optical transmissions , guiding light in silicon structures , mechanical mating of fiber to silicon , and , most recently , the first silicon laser .

对于连续泵浦的内腔式倍频、参量振荡等非线性激光器件，常需要准连续运转来提高腔内的峰值功率，声光调Q是目前获得准连续运转激光器的重要途径。

For the nonlinear laser device with intracavity doubling or parameter oscillator , the quasi-continuous operating is needed to improve the peak power inside the laser cavity , and AO Q-switching is an important way to obtain the quasi-continuous laser .

基于双区DFB激光器件自脉动研究的基础上，对三区DFB激光器件的自脉动特性进行了讨论和数值模拟分析，并对提高自脉动频率的方案进行了研究。

In this paper mechanisms of fast self-pulsation in three-section DFB laser have been analyzed and numerically simulated on the basis of which in double-section DFB laser .

研究表明通过优化设计DFB激光器件的一些参量和控制激光器的外部条件，可以有效地提高自脉动的频率，增强自脉动的稳定性，为全光信号再生设备的研制提供理论基础。

Analysis shows that frequency and stability of self-pulsation can be enhanced by optimizing the parameters and extent conditions which provide theoretical basis for design all-optical regeneration system .

全固态激光器（DPSSL）与传统的灯泵激光器相比具有效率高、稳定性好、结构紧凑、小型化、长寿命等优点，是新一代固体激光器件。

Diode-pumped all-solid-state lasers ( DPSSL ) have more advantages than traditional lamp-pumped laser , such as high efficiency , compactness , high stability , and long lifetime .

今年早些时候，Intel展示了如下结果：在硅上可以制作激光器件，但Luxtera的解决方案可以让激光器在另一块单独的芯片上制造。

Earlier in the year , Intel demonstrated that a laser could be fabricated in silicon as well , but Luxtera 's solution allows the laser to be fabricated on a separate die .

通过与分子束外延（MBE）和金属有机化学汽相沉积（MOCVD）技术的比较，说明了这一新技术的基本概念、生长动力学以及在半导体材料和激光器件方面的应用。

The basic concepts , growth dynamics and applications for semiconductor materials and devices of this technique are presented by comparision with both techniques of molecular beam epitaxy ( MBE ) and metallorganic chemical vapor deposition ( MOCVD ) .

全光信号再生技术是超高速大容量全光网络中的核心技术，其中全光时钟提取是全光再生技术的关键，基于多区DFB激光器件自脉动进行时钟提取是最佳选择方案。

All-optical signal regeneration is a key technique needed for the ultrahigh speed and large capacity all-optical networks , and all-optical recovery is the critical technique in all-optical regeneration . The best project of time recovery is based on the self-pulsation in multi-section DFB laser .

平凸谐振腔组件式小型激光器件

A small laser device with piano-convex resonant cavity module

全固态激光器件及锁模特性研究

Investigation of Diode-pumped All-solid-state Laser and Related Mode-locking Technology

本论文系统的总结了电泵浦有机微腔半导体激光器件的设计理论。

This dissertation systemically summarizes design theory of electrically pumped organic microcavity semiconductor laser .

本文报告一台小型实用化的卤化铜激光器件。

In this paper , a small practical copper vapor halide laser is reported .

全固态激光器件的特性研究

The Characteristics of All Solid - State Lasers

微结构光纤激光器件

Microstructure fiber based laser devices

在推动社会发展的同时，这些激光器件对人体及光学感应器都会造成很大的危害，所以迫切需要发展高性能的光学限幅材料来保护人体及光学感应器免受激光危害。

To protect people and optical sensors from being damaged by lasers optical limiters are in intense demand .

将该机器恢复起来可满足近几年微机械、生物芯片、激光器件等的研制要求。

Furbishing this machine can meet the research demand of micro-mechanism , biochip , laser device in recent years .

高掺镁铌酸锂晶体的生长及其激光器件性能的研究

Study on the Growth of the High - doped Magnesium LiNbO_3 Crystal and the Properties of the Laser Devices

大功率激光器件的出现，使中频面形误差评价受到广泛重视，而传统的评价指标应用在评价中频面形误差上都存在不足。

Intermediate frequency surface error evaluation is more and more widely concerned due to the application of high-power lasers .

该技术广泛应用于基于氮化镓的异质结发光二极管、激光器件、高功率芯片和太阳能电池等领域。

It is widely used in the LED , Laser , High power transistor and Solar cells based the nitride semiconductor .

乔布斯的父亲当时在光谱物理公司（Spectra-Kiysics）工作，该公司坐落在旁边的圣克拉拉，为电子设备和医疗产品生产激光器件。

Paul Jobs was then working at Spectra-Physics , a company in nearby Santa Clara that made lasers for electronics and medical products .

光电子封装中激光器件与光导纤维之间的对准和定位是保证器件耦合效率和可靠性的关键技术。

In optoelectronic packaging , alignment and attachment between laser and optical fiber is the key technology to assure component coupling efficiency and reliability .

光纤激光器是近年来发展起来的一种新型激光器件，也是目前国内外光电信息领域研究的热点之一。

Tunable fiber laser is a new kind of laser devices developed recently . It is also one of the hot spots in optoelectric information .