acoustooptical
acoustooptical
1. Study on Small Signal Amplification of Bragg Acoustooptical Bistable System in Stable Region and Unstable Region
Bragg声光双稳系统在非稳区和稳区对弱信号放大作用研究
2. The exposure light source are changed periodically to prevent acoustooptical of the light source, is not appropriate to grasp the effects of exposure time, seihan quality.
不退期调换曝平平流，制止呈不隐平流的平强度不收松，不适宜把持曝平工夫，感化制版质度。
3. You can add at this point the exposure time and acoustooptical on record and in later production can be print, this parameter.
可以不兵此时的曝平工夫和平强度纪录下来，在此后的出产洋不离可以按照此参数来举行晒版。
4. acoustooptical q switch
声光 q 开关
5. acoustooptical cavity-dumper
声光倒空器
6. acoustooptical deflector
声光偏转器
7. acoustooptical cell
声光变换元件
8. acoustooptical radiospectrometer
声光射电光谱仪
9. DESIGN AND FABRICATION OF ACOUSTOOPTICAL BRAGG DIFFRACTION DEFLECTOR
声光布喇格衍射偏转器的设计和制作
10. Acoustooptical Modulation and Its Wave Distortion Analysis
声光强度调制和失真波形分析
11. acoustooptical transducer
声光换能器
12. acoustooptical measuring
声光检测技术
13. acoustooptical filter
声光滤光器
14. acoustooptical modulator
声光灯器
15. acoustooptical phenomenon
声光现象
16. acoustooptical deflection device
声光致偏装置
17. acoustooptical Q-modulation
声光调Q
18. acoustooptical interaction
声光酌
19. Wide-band Acoustooptical IDT with High-frequency Compensated Slanted Transducer Fingers[J].
引用该论文 林航友,宁继平,胡鸿璋,王顺权,耿凡.
20. Study on quasi-collinear acoustooptical tunable erbium-doped fiber laser[J].
引用该论文 洪宝玉,向望华,胡鸿璋,胡斌,耿凡.
21. Study on the Necessary Minimum Diffraction Efficiency of Acoustooptical Q-switched Laser[J].
引用该论文 王刚,李武军,王石语,蔡德芳,文建国,过振.
22. Study on Characteristics of Acoustooptical Tunable Erbium-doped Fiber Ring Laser[J].
引用该论文 郭巍,刘迎,肖立峰,耿凡.
23. The research is composed of three main parts: 1.manufacture of acoustooptical tunable filter(AOTF);
本课题的研究内容主要由三部分组成：1、声光可调谐滤波器（AOTF）的研制；
24. According to the above formula, you can prove that the exposure time and inversely proportional to the acoustooptical.
根据底下的筹算公式，可以表明曝平工夫与平不弱量成反比。
25. The use of time as the traviolet, the acoustooptical will be lower, at which point has to do with his back exposure time.
随着紫外线灯管搁置工夫的延不幼，其平强度不兵有所贬低，这时也答差不面曝平工夫怠工相答调动。
