1) beam combination
组束
1.
Application for Phase congugation by stimulated brillouin scattering in laser beam combination;
受激布里渊散射相位共轭技术在激光组束中的应用
2.
Aiming the problems of external-cavity in spectral beam combination(SBC) and master oscillator-power amplifier(MOPA),two kinds of beam combination schemes for fiber laser array were presented based on the narrow wavelength and angular selectivity of volume grating.
针对外腔谱组束和主振荡功率放大(MOPA)组束方案中存在的问题,基于体光栅极窄的波长选择性和角度选择性,提出了两种多阵元光纤激光组束方案。
3.
Amplification of high-power Stokes beam in the time serial laser beam combination by stimulated Brillouin scattering (SBS) is studied.
对时间上串行的受激布里渊散射(SBS)激光组束中高功率斯托克斯光的放大问题进行了研究,实验研究了高功率下斯托克斯光放大的能量提取效率随种子光与抽运光功率密度比的变化规律。
4) component constraint
组件约束
1.
Aiming at the problem that there exists very complicated and a large amount of component constraints,an algorithm of component constraint detection based on proposition logic was proposed,in which the proposition in daily diction was transformed into the formal proposition of mathematical logic via the process of proposition symbolization,i.
针对组件约束数量大、复杂度高的问题,提出了一种基于命题逻辑的组件约束检测算法。
2.
The method describing characteristics with vector was provided,and component constraints were defined by product characteristic vector.
文章在产品特征可量化的条件下,建立了产品配置模型,给出了特征的向量表示方法,并根据产品特征向量,定义组件约束。
6) coherent beam combination
相干组束
1.
The principle of double cladding fiber laser is analyzed,simply illustrated the principle and drawbacks of noncoherent beam combination,the coherent beam combination method of multiple optical power amplifier and its advantages are discussed in detail.
分析了双包层光纤激光器的工作原理,简单介绍了非相干组束的原理和缺陷,重点阐述了并联主振荡相干组束方法及相干组束的优势。
2.
The latest progress on high power laser was presented, the potence of coherent beam combination of fiber laser was analyzed.
本文阐述了光纤激光器相干组束的基本原理,总结和分析了典型的相干组束方案,并指出了其中的优缺点,最后介绍了国内最新研究进展,并对光纤激光器相干组束技术的发展作了展望。
3.
The recent techniques of coherent beam combination of fiber lasers are briefly introduced.
综述了目前国内外光纤激光器相干组束的研究现状,分析了几种典型的相干组束技术,对相干组束研究的前景做了简单评述和展望。
补充资料：纶组节束
1.见"纶组节约"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条