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1)  laser illuminator
激光助视
1.
According to the spectral distribution of the laser illuminator and reflectance of the scene,the spectral distributions of reflection of dark green paint,rough concrete and green vegetation under the laser radiation were deduced.
根据夜间景物的反射特性以及激光辐射光谱特性,求出了在激光助视下,夜间暗绿色涂层、粗糙混凝土和绿色草木的反射光谱,计算了所研制的头盔式激光助视/微光夜视仪光电阴极光谱响应与景物反射光谱之间的匹配系数,分析了其对照度、对比度等参数的影响,对野外条件下的夜视仪的视距估算和性能仿真可起到指导作用。
2.
The experiment on the performance of LLL night vision instrument for driving with laser illuminator in the field under glimmer night light is summarized.
激光助视/微光夜间驾驶仪为研究对象,对其在不同夜间环境下的性能进行了野外试验,并对试验结果进行了分析和比较,验证了该车辆驾驶夜视仪达到各项预期指标,证实了系统参数设计的合理性。
3.
It is a new type device consisting of laser illuminator system, special optical system and high performance low-level-light intensifier.
介绍了头盔式双目激光助视/微光夜视仪的设计,它是由激光助视系统,特种光学镜头,高性能 微光像增强器组成的主被合一的新型激光夜视仪器。
2)  Laser assistant vision
激光助视
1.
The image fusion method of Laplacian pyramid was described and the fusion rule for dual spectral images in space domain was given, Pyramid technique was used to carry out fusion processing study for random instantaneous laser assistant vision image and low light level (LLL) image.
给出了拉普拉斯金字塔算法及微光双谱图像空间域融合的准则,并用金字塔技术对随机瞬态激光助视图像与常态微光图像进行了融合处理,改善了微光夜视图像质量,增强了夜视系统所获取的战场信息量。
2.
The resolution and reconstruct of the low light level (LLL) image and laser assistant vision image were analyzed using wavelet transform on the basis of the theory of image detection.
本文在图像探测统计理论的基础上运用小波变换理论,对微光图像与激光助视图像进行mallat分解与重构分析,在小波系数空间对两类图像进行融合算法研究,以提高对目标的探测和识别能力。
3)  laser assisted
激光辅助
4)  laser aided landing
激光助降
5)  combustion by laser-induced excitation
激光助燃
1.
In this paper, the theoretical and experimental research is proceeded to investigate the mechanism of laminar premixed combustion by laser-induced excitation of oxygen molecules.
因此,如何有效的提高燃烧反应速率,降低燃料点火温度成为当前研究的热点,激光助燃点火技术的应用为提高化学反应速率提供了新的手段。
6)  laser vision
激光视觉
1.
Online monitoring system based on laser vision for mismatch of ERW tube;
基于激光视觉的ERW焊管在线错边监测系统
2.
Review on post-weld inspection technology based on laser vision sensing;
基于激光视觉传感的焊后检测技术研究综述
3.
Weld groove image grabbing system based on laser vision sensing;
基于激光视觉传感的焊缝图像采集系统研究
补充资料:激光视盘
分子式:
CAS号:

性质: 视盘由普通外径为300mm、厚度1.2mm的两块圆片相互黏合而成,每面预先刻录有携带图像和声音信息的250亿个微孔(信息槽)。每个微孔的深度约为0.12gm,宽约0.4/lm,长约0.9~3.3μm。由这些孔形成间距为1.6μm的螺旋形记录道。盘的中心孔径为35mm,四周用黏合剂密封,以防止水分侵入影响金属反射层的反射性能。外层有基片材料,一般用有机玻璃或其他类似材料构成。信息槽是由镍模压制在以丙烯酸酯为衬底的光敏漆层上,此漆用紫外光透过固化。

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