1·Performance test of low light level (LLL) CCD TV system is an important part in LLL imaging.
微光CCD电视系统性能测试是微光成象技术的重要组成部分。
2·The image-dissector scanner is another heavily used and very successful low light level detector.
析象管扫描器是另一种常用而且很成功的微光探测器。
3·The image - dissector scanner is another heavily used and very successful low light level detector.
析象管扫描器是另一种常用而且很成功的微光探测器。
4·Optional equipment is said to include an amphibious capability, a low light level driving device and GPS.
可选择的设备据说包括水陆两栖能力,一套微光驾驶装置和GPS。
5·In this paper, we aim at the low light level television aiming system equipped on some type of armed helicopter.
文中主要研究对象是某型武装直升机加装的微光电视瞄准系统。
6·Method design of low light level night vision optical system with wide field view and large relative was described.
介绍了一种大相对孔径、大视场微光夜视系统的设计方法。
7·An underwater low light level imaging system for underwater Anti-terror is introduced and some key techniques are discussed.
介绍了用于水下反恐的水下微光成像系统,并对设计的关键技术进行了论述。
8·In low light level television system, this method can be used directly and the quality of the image can be improved greatly.
该方法可直接应用于微光电视系统,能够显著地提高微光图像质量。
9·A novel real time adaptive image accumulating technique for low light level (LLL) image enhancement is advanced in this paper.
本文研究了基于灰度变换的自适应实时图像帧积分技术及其在微光电视系统中的应用。
10·The testing content and procedure on detection range with a certain new model low light level observation device are described.
叙述国产某新型微光观察仪探测距离的测试内容和方法,并得出具有一定参考价值的结论。