片语

Long pulse Ruby Laser长波长红宝石雷射

Pulse Dye Laser脉沖染料激光

pulse power laser脉沖强激光

pulse semiconductor laser脉沖半导体激光

pulse coherent laser radar脉沖相干激光雷达

single pulse Slave laser单脉沖激光器

pulse CO2 laser脉沖CO2激光

high pulse repetition laser高脉沖重复激光器

pulse co laser脉沖co2激光

英汉例句

• in order to improve short pulse laser drilling efficiency double-pulse technique is reported in this paper.

  为了提高纳秒短脉沖激光微孔制备的加工效率，使用了一种新颖的双脉沖方法。

• the power, waveform and other main identities of pulse laser echo from ground are analyzed based on the experimental results of the fundamental system for laser imaging of earth observation. the back…

  运用对地观测激光成像原理试验系统的实验结果分析了地面目标的脉沖激光回波的功率与波形等主要特征，探讨了目标后向散射率特性。

• abstr: the photorefractive index change of iron-doped lithium niobate crystal induced by high power ultrashort pulse laser irradiation is calculated in semi-quantitative and verified in experiment.

  文章摘要：对掺铁铌酸锂晶体在高功率超短脉沖激光照射下的光折变指数进行半定量的理论计算并实验验证。

• designed one kind to obtain the high efficiency ultra short pulse laser the new plan, and has analyzed this kind of plan scientific nature and the rationality from the theory angle.

  设计了一种获得大功率超短脉沖激光器的新方案，并从理论的角度分析了这种方案的科学性和合理性。

• so, the paper presents the time scale amplifying method to enhance the accuracy of the pulse laser ranging. in this wa…

  而高精度脉沖激光测距系统往往难以达到低成本和便携的要求。

• numerical simulation results confirm that dressing of resin-bonded cbn grinding wheels by aoq-switched nd: yag pulse laser has characteristics of little heat accumulation and small heat effect zone.

  仿真结果验证了声光调q脉沖激光修锐树脂cbn砂轮时热影响区域和热积累小的特点。

• during the developing, producing, operating, and maintaining of the pulse laser range finding system, range finding is usually taken as a method checking the performance of laser range finder.

  在脉沖激光测距系统研制、生产、使用和维护中，通常采用实际测距的方法对测距机的性能进行检验。

• when the wavelength tends to zero, the refraction coefficient will tends to 1. because with the frequency of pulse laser is going up, the very strong 「lens」 effect will be produced in plasma.

  当波长趋于零时，折射系数都趋于1，这是由于脉沖激光的频率增高，等离子体中产生了非常强的「透镜」效应所至。

• on the basis of investigating the development and progress, the oct system is set up with superluminescent diode ( sld ) and a tunable mode locked ti: sapphire femtosecond pulse laser source.

  超辐射发光二极管和超短脉沖飞秒激光是能满足成像系统要求的理想光源。

• the potential advantage in the field of monolithic integrated laser, injection seed source for ultrashort pulse laser and super laser system with high power or large energy are indicated.

  指出它在单块集成微型激光器件、超短脉沖激光器注入种籽光源和高功率、大能量超级激光器研究中的潜在优势。

• the practical measuring method of igbt resonant charging pulse laser power supply is introduced.

  介绍了igbt谐振充电型脉沖激光器电源电路的实用测试方法。

• the pulse laser can be widely used in the blade precision processing and maintenance of power plants such as steam turbines.

  脉沖激光可广泛运用于汽轮机等动力设备叶片的精细加工与维修。

• we theoretically investigate the non-resonant interaction between ultrashort pulse laser and para-nitroaniline molecule medium by solving the full maxwell-bloch equations without approximation.

  通过严格求解麦克斯韦—布洛赫方程，研究了超短脉沖镭射与硝基苯胺分子材料的非共振相互作用。

• inverse problem of the multi-stage and multi-pass pulse laser amplifier .

  多级和多程脉沖激光放大器的逆问题。

• the transformation of dielectric optical property under irradiation of ultra-short pulse laser is studied based on avalanche ionization theory.

  根据雪崩离化模型，分析了飞秒激光脉沖与介质材料相互作用过程中光学特性的变化规律。

• in the end, the application prospect of all solid-state laser pumped by semiconductor laser and ultrashort pulse laser are described.

  最后综述了半导体激光器泵浦全固态激光器以及短脉沖和超短脉沖激光的应用前景。

• the creation and development of q-switch technology has improved the technical application of laser greatly, particularly in pulse laser range finder in and laser radar technology.

  调q技术的产生和发展极大地推动了激光技术的应用，尤其是在脉沖激光测距，激光雷达等相关应用技术领域的发展。

• a new kind of pulse laser on tunnel junction with plastic package is reported.

  报道了一种新型塑料封装隧道结脉沖半导体激光器。

• studying on spacing scattering phenomena in pulse laser machining is an important method to analyze quality of laser bean absorbed by material and improve machining precision.

  对脉沖激光微细加工中半导体的反射率与材料物理特性及激光产生的电子─空穴等离子体的关系进行了理论与实验研究。