1) hololaser
全息激光器
2) holographic laser oscillator
全息激光振荡器
1.
The temporal dynamics and spectral filtering of gain gratings are summarized from theory and experiments and which kinds of gain grating contribute to the self-starting holographic laser oscillator is explained in this paper.
本文综述了增益光栅的瞬态动力学特性和频谱滤波特性以及各种类型光栅在自启动全息激光振荡器中的贡献。
3) laser holography
激光全息
1.
Particles interaction in separator inlet section diagnosed by laser holography;
分离器入口段颗粒间相互作用的激光全息诊断
2.
Nondestructive test for phase objects by secondary exposure laser holography;
位相物体激光全息二次曝光法无损检测
3.
Two non-destructive laser inspection techniques of airplane tire——non-destructive laser holography inspection and laser digital stagger scatter spot inspection are described in terms of the work principle,inspection equipment,inspection method and the defect judgement.
介绍两种主要的航空轮胎激光无损检测技术———激光全息轮胎无损检测技术和激光数字错位散斑轮胎无损检测技术的工作原理、检测设备、检测方法和缺陷判定 ,以及采用这两种检测技术制造的检测设备及其应用情况。
4) holography
[英][həu'lɔgrəfi] [美][hə'lɑgrəfɪ]
激光全息
1.
Recurrence of the deflection of metal bar by means of holography;
金属梁挠度的激光全息再现
2.
Fatigue Testing of a Piston-rod of Airplane Engine with Laser Holography;
用激光全息技术进行飞机发动机活塞杆疲劳检测
3.
The size distribution of condensed particles in aluminized composite propellant combustion field was measured by means of the laser holography optical technique.
应用激光全息光学诊断方法对含铝复合推进剂的燃烧场凝相微粒分布进行了测量。
5) laser holographic
激光全息
1.
The anti-counterfeit effect is enhanced greatly by combining laser holographic product and fractal image.
将激光全息制品与分形图案相结合,大大增强了防伪效果。
6) Laser Hologram
激光全息
1.
Study of PU Transparent Anti-counterfeiting Film with Laser Hologram;
聚氨酯透明激光全息防伪膜研究
2.
Interleave filter properties of 1-D coated laser hologram photonic crystal
镀膜激光全息光子晶体梳状滤波特性研究
3.
A novel transparent anti counterfeiting film with laser hologram has been studied.
采用溶胶 -凝胶方法制备透明TiO2 激光全息防伪薄膜 ,能够替代传统的镀铝膜 。
补充资料：自激振荡激光器
分子式：
CAS号：
性质：此术语用于脉冲式激光器时，意味着此激光器的发射与用以维持发射激光的泵浦过程的时间相近。典型的脉冲停留时间在微秒至毫秒之间，依泵浦源而定。当脉冲激光器的工作模式不属于Q-开关、锁模或其他特殊方式时，应考虑其工作模式为自激振荡型的。
CAS号：
性质：此术语用于脉冲式激光器时，意味着此激光器的发射与用以维持发射激光的泵浦过程的时间相近。典型的脉冲停留时间在微秒至毫秒之间，依泵浦源而定。当脉冲激光器的工作模式不属于Q-开关、锁模或其他特殊方式时，应考虑其工作模式为自激振荡型的。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条