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激光器二极管
相关语句
  laser diode
     An inhomogeneously broaden Nd∶CNGG laser end pumped by a CW laser diode was reported.
     报道了连续激光器二极管 (LD)端面抽运的Nd∶CNGG非均匀加宽激光器。
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  “激光器二极管”译为未确定词的双语例句
     The copper micro-channel cooler is designed for diode laser by analyzing of two keys, cooling techique and interfacial heat removal. The thermal impedance of cooler is 0.39 °C/W for 10 mm length and 0.9 mm wide diode lasers bar.
     对激光二极管中冷却和界面联接热阻两个关键环节进行了分析 ,设计了一种五层结构的模块式铜微通道冷却器 ,对于腔长 0 .9mm、宽 1 0 mm的线阵激光器二极管 (DL )芯片热阻为0 .39°C/W。
短句来源
  相似匹配句对
     Operating characteristics of laser diode arrays
     二极管激光器运行特性的研究
短句来源
     Polymer diode structure laser
     聚合物二极管结构激光器
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     Laser Q-Switching
     激光器Q调
短句来源
     Blue dye laser
     蓝色染料激光器
短句来源
     Resonumt tunneling diode
     共振隧穿二极管
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  laser diode
The main technology for high power fiber lasers, including laser diode beam shaping, fiber laser pumping techniques, and amplification systems, are discussed in detail.
      
Lasing in Cr:ZnSe single crystals is implemented with an efficiency of 31% and an output power of 186 mW using laser diode pumping at a wavelength of 1.77 μm.
      
It is concluded that NYF:Er3+ crystals are promising as active media for tunable lasers with laser diode pumping.
      
Indium arsenide/gallium arsenide structures with vertically coupled quantum dots imbedded in the active zone of a laser diode are investigated by deep-level transient spectroscopy (DLTS), and the capacitance-voltage characteristics are analyzed.
      
A room-temperature injection laser diode with a BeZnSe/ZnSe superlattice waveguide is described.
      
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Material processing represents one of the largest application areas for all type of lasers. The laser has firmly established itself as an indispensable industrial tool. CO2 laser, Nd: YAG laser, excimer laser are three major laser sources used today for material processing. The rapid developments in semiconductor laser technology have brightened the prospect of bringing diode laser, diodepumped allsolid-state laser, fiber laser and ultrashort pulsed laser to practical industrial use.

激光最大的应用领域之一是材料加工,激光器已把自己确立为一种不可缺少的工业工具。CO2、Nd:YAG和准分子激光器是当前用于材料加工的三种主要的激光器。半导体激光技术的迅速发展使得二极管激光器、二极管泵浦全固体化激光器、光纤激光器和超短脉冲激光器在工业应用中有了光明的前景。

An inhomogeneously broaden Nd∶CNGG laser end pumped by a CW laser diode was reported. At absorbed pump power of 675.5 mW. The maximum TEM 00 mode output power, slope efficiency and optical to optical conversion efficiency were 105.5 mW?21.2% and 15.6%, respectively. It was shown that three wavelengths (1061.3 nm, 1059.1 nm and 1065.6 nm) reached thresholds orderly with increase of pump power, and simultaneous three wave oscillation was obtained eventually.

报道了连续激光器二极管 (LD)端面抽运的Nd∶CNGG非均匀加宽激光器。当吸收抽运功率为 6 75 .5mW时 ,最大TEM0 0 模输出功率为 10 5 .5mW、斜率效率为 2 1.2 %、光光转换效率为 15 .6 %。随着抽运功率的增加 ,三个中心波长实现振荡的次序为 10 6 1.3nm、10 5 9.1nm和 10 6 5 .6nm ,实现了三波长同时输出。

The copper micro-channel cooler is designed for diode laser by analyzing of two keys, cooling techique and interfacial heat removal. The thermal impedance of cooler is 0.39 °C/W for 10 mm length and 0.9 mm wide diode lasers bar. The diode laser array is packaged with the micro-channel cooler, the average output power of diode array is 1 005 W with 52A current and 41.4 V voltage at 807.2 nm center wavelength and 2.2 nm FWHM. The divergence of array is less than 2 degree in the fast-axis and 12 degree in the...

The copper micro-channel cooler is designed for diode laser by analyzing of two keys, cooling techique and interfacial heat removal. The thermal impedance of cooler is 0.39 °C/W for 10 mm length and 0.9 mm wide diode lasers bar. The diode laser array is packaged with the micro-channel cooler, the average output power of diode array is 1 005 W with 52A current and 41.4 V voltage at 807.2 nm center wavelength and 2.2 nm FWHM. The divergence of array is less than 2 degree in the fast-axis and 12 degree in the slow-axis.

对激光二极管中冷却和界面联接热阻两个关键环节进行了分析 ,设计了一种五层结构的模块式铜微通道冷却器 ,对于腔长 0 .9mm、宽 1 0 mm的线阵激光器二极管 (DL )芯片热阻为0 .39°C/W。对冷却器进行了面阵 DL封装实验 ,在工作电流 5 2 A,电压 41 .4V时 ,封装的面阵 DL输出功率 1 0 0 5 W,电光效率 45 %,中心波长 80 7.3nm,谱宽约 2 .2 nm。经快轴准直后整个面阵输出激光的发散角小于 2°(快轴 )× 1 2°(慢轴 )。

 
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