| 1. | Packaging experiment of high power linear array diode laser with 940nm wavelength
波长高功率线阵二极管激光器封装研究 |
| 2. | Based on the different requirements on the operating mode , the back surface cooling package style by impinge cooler and the module package style by micro - channels coolers were studied respectively
根据对二极管激光器不同工作模式要求，分别研究了采用冲击式冷却器的背冷式二维阵列封装和微通道冷却的模块化封装。 |
| 3. | The packaging experiments of linear array diode laser were carried out . the output power of 100w with duty cycle of 20 % is achieved in q - cw mode , the life time of which reaches 2 . 19 109 shots
实验封装出峰值功率100w 、占空比20的准连续线阵二极管激光器，寿命达2 . 19 10 ~ 9次；同时封装了连续40w线阵二极管激光器。 |
| 4. | The central wavelength of 808nm , fwhm of 2 . 2nm and e - o efficiency of 45 % are achieved . most of the experimental results about high - average - power diode laser package have not been reported in previously published paper in this field
利用该冷却器实验封装出连续输出1kw的二维阵列二极管激光器，激光中心波长808nm ，谱线宽度2nm ，电光效率达45 。 |
| 5. | High power diode laser is the requirement to research on the high - average - power diode - pumped solid - state lasers , so the package techniques of the diode laser is studied first in this thesis
高功率二极管激光器是开展高平均功率dpl研究的必要条件。本文首先研究了高功率二极管激光器封装技术，二极管条散热冷却是高功率二极管激光器封装要解决的核心问题。 |
| 6. | The tapered and semi - tapered fiber can be arranged in line or array , which has the wide application to the laser diode pumping solid state laser and the power outputting of the high - power laser diode array
这种锥形和半锥形光纤耦合系统可以方便的排成线阵或阵列，在二极管激光器泵浦固体激光器的泵浦光源输出、大功率半导体激光器阵列的光功率输出都有重要的应用价值。 |
| 7. | Abstract : based on the elaborate study on the advance of the optical parametric oscillators in resent fifteen years , it is clearly pointed that the material foundation of the bbo - opo was provided due to the discovery of the new type nonlinear crystal bbo , lbo and clbo etc and the emerge of the high quality pump source especially the diode lasers
本文在详尽地研究了光学参量振荡器的近15年来的研究进展的基础上明确指出，由于bbo 、 lbo 、 clbo等新型非线性晶体的发现和高质量泵浦源特别是二极管激光器的出现为bbo - opo的实用化提供了物质基础。 |
