对钕玻璃激光器(非调q、调q)进行了理论分析。
The neodymium; : glass laser and Q switching laser are analysed in terms of theory.
实验表明，抽运的对称性和均匀性是设计铒玻璃激光器的关键。
Eexperiments indicate that the key of er glass laser design is pumping symmetry and uniformity.
叙述磷酸盐铒玻璃激光器的偿试性实验研究及其静态和转镜调q特性。
An experimental research on phosphate erbium glass laser and its free-lasing and rotating mirror Q-switching properties are described.
本文介绍了钕玻璃激光器的相关知识，并对钕玻璃激光器结构进行了设计。
The corresponding knowledge is introduced in this thesis and nd glass laser is designed.
该结果对进一步了解钕玻璃激光器热容运行方式的输出特性具有一定的参考价值。
The result was favor of the different characteristic of Nd:glass laser in heat capacity operation.
本文报道在硅酸盐钕玻璃激光器中消除激光自锁模现象及实现单纵模运转的方法，并给出实验结果。
The methods of eliminating self - mode - locking and realizing single longitudinal mode operation in silicate glass laser is reported. The experimental results have been given.
利用锁模钕玻璃激光器的单个微微秒激光脉冲，研究了掺钕激光玻璃中钕离子的非线性双光子吸收。
The nonlinear two-photon absorption of Nd ions in Nd-doped laser glasses was studied with single picosecond laser pulses from a mode-locked Nd glass laser.
饱和吸收晶体用于钕玻璃激光器调Q，同样具有简便、效率高，长期使用稳定的特点。特别是大大地压缩了输出谱线宽度。
LiF:F2- crystals have the advantages of high efficiency, convenience and stability when they are used for Q-switching of Nd glass lasers and the linewidth narrowing can be achieved in particular.
调Q铒玻璃激光器的直接应用就是人眼安全激光测距。报道了激光二极管（LD）侧面抽运的铒玻璃激光电光调Q实验的初步结果。
Q-switch erbium glass lasers have important application in eye-safe laser range finder. laser diode (LD) side-pumped erbium glass laser electro-optic Q-switch experiment is reported in this paper.
K9玻璃是常用的光学材料，也是高功率激光器重要的光学元件，其性能的好坏直接关系到光学材料和激光器的抗激光损伤能力。
It is also an important kind of optical elements for high-power lasers. Its performances have effects on anti-damage of laser. Therefore, the research on laser induced K9 glass plasma is essential.
目前，波导CO_2激光器的结构形式近十种，而波导材料也有陶瓷、陶瓷-金属、全金属及硬质玻璃等。
Till now there have been about 10 type structures for wave-guide CO_2 lasers, and many kinds of wave-guide material including ceramic material, ceramic metal, all-metal and hard glass, and so on.
该激光器采用可伐-玻璃封接和自由电位板电晕预电离技术。
Using the free-potential electrode corona preionization technique, a compact, rugged, stable and reliable device has been achieved.
该激光器采用可伐-玻璃封接和自由电位板电晕预电离技术。
Using the free-potential electrode corona preionization technique, a compact, rugged, stable and reliable device has been achieved.
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