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冲和超短脉冲激光的应用前景。
High brightness, bright hue, high sharpness and low power loss etc are the merits of the three primary lasers from all solid-state laser.
三基色激光显示具有亮度高、色彩鲜艳、清晰度高、功耗低等优点。
Study on all solid state, QCW Ti: sapphire laser.
研究全固态准连续钛宝石激光器。
This dissertation has made some theoretical and experimental study around all-solid-state UV laser.
本文围绕全固态紫外激光器进行理论分析与实验研究。
The solutions of rate equations in a high power all solid-state Q-switched intracavity frequency doubled laser by taking the phase mismatch into account are presented.
给出了在考虑相位失配情况下高功率全固态内腔倍频调q激光器的速率方程解的情况。
The first all-solid state tunable laser system has been developed successfully.
第一台全固化可调谐激光系统已研制成功。
First of all , LD-pumped All-solid-state blue and green laser is now the scientific project which most national department have spent much money to study in .
其中LD泵浦的全固体蓝绿激光器是国际上众多家机构花重金争相开展的科研项目。
We develop an all-solid-state YAG laser texturing system used for surface treatment of cold roll.
我们针对冷轧辊表面毛化处理这一特殊应用领域，开发出了全固态yag激光毛化设备。
Now, as the key technology of laser display, high-power all-solid-state tricolor laser is a hot field in current laser research international.
大功率三基色全固态激光器作为激光彩色显示的关键技术，已成为当前国际激光领域研究的热点。
Gentle zones were found in all output power curves of laser-diode (LD) side-pumped solid-state lasers.
在所有激光二极管(LD)侧面抽运的固体激光器的输出功率曲线中都存在一个平缓区域。
A high repetition rate, compact micro-pulse all-solid-state laser is designed.
本文设计并实现了一台高重复率，紧凑型微脉冲全固态激光器。
Presently, an all-solid-state laser in this spectral range was obtained by frequency conversion, such as frequency-doubling, sum frequency, stimulated or Raman frequency-shifted.
目前，该波段的全固态激光光源主要是利用频率变换技术，通过倍频、和频、受激拉曼频移的方法来获得。
Presently, an all-solid-state laser in this spectral range was obtained by frequency conversion, such as frequency-doubling, sum frequency, stimulated or Raman frequency-shifted.
目前，该波段的全固态激光光源主要是利用频率变换技术，通过倍频、和频、受激拉曼频移的方法来获得。
应用推荐