1) ghost-strenght
鬼像强度
3) ghost
[英][ɡəʊst] [美][gost]
鬼像
1.
Control of ghost and scatter light in retinal camera;
眼底照相机光学系统中杂光和鬼像的控制
2.
It was calculated and analysed that the ghost was produced from image transmission in SHENGUANG Ⅱ high power laser system.
对神光Ⅱ高功率像传递激光传输系统中可能产生的鬼像进行了计算与分析 ,对系统中可能被鬼像损伤位置上的光学件作了重整安排。
3.
In this paper, the stray light and ghost image caused by multi-reflection in high power infrared optical systems are analyzed and discussed, and the comprehensive method incorporating paraxial approximation and real ray trace is presented; the data structure of binary tree is used in the storage of interdata so that the storage problem of huge-size data is resolved.
本文主要研究了大功率红外光学系统中光学表面多重反射而形成的杂散光及其数学模型与计算方法,提出了将近轴近似法和有限光线追迹法相结合的综合分析方法;同时在数据存储方式上采用二叉树这种数据结构,巧妙地解决了鬼像分析中海量的中间数据存储的问题。
4) ghost image
鬼像
1.
Simulation of ghost images in zoom system by ASAP
ASAP模拟变焦系统中鬼像的研究
2.
We analyzed the stray light source of system and drew a conclusion that non-image beam has great effect on system qualities and system ghost images caused by parallel windows should not be ignored.
分析了系统杂散光的来源,得出非成像光束对系统影响较大、平板玻璃窗产生的鬼像不容忽视的结论。
3.
Applying matrix optics to paraxial rays, which travel through different optical elements illuminated with high-power Gaussian beams, the positions of ghost images affected by Kerr-effect-induced nonlinear refractive index of the illuminated optics are studied.
在近轴条件下,利用矩阵光学的方法研究了高功率高斯光束通过不同光学元件时,克尔效应导致的介质折射率的变化对鬼像位置的影响。
5) ghost images
鬼像
1.
Based on the basic principle of geometrical optics,the transmission of beam is analyzed,a ray tracing method of ghost analysis is mentioned,the mathematical and physical model for analysis of stray light and ghost images has been set up,the analysis software has been presented.
光学系统的杂散光极易在系统内形成多个鬼像 ,这不仅严重影响光束质量和传输特性 ,并可能对系统光学元件造成永久性损伤。
2.
Stray light generated in multi-pass amplification forms a lot of ghost images,which not only seriously influence the Laser beam quality and propagation prope.
多程放大激光装置系统内产生的多个鬼像将严重影响光束质量和传输特性，并可能对系统中关键元件造成损伤。
6) intensity image
强度图像
1.
It is very difficult to obtain the accurate borderline of object When distilling the borderline of object with less gray level from its intensity image with disturbance.
用强度图像提取景物边界的主要缺点是当景物间灰度差较小以及噪声存在时，很难得到精确的边界。
2.
The distance images and intensity images can be given by the software.
仿真系统参数的输入尽可能考虑了实际系统的各种参数要求,实现了强度图像和距离图像的仿真、存储。
补充资料：赖曼鬼线
分子式：
CAS号：
性质：1901年赖曼发现的一种鬼线，即在光栅衍射时得到的光谱线(母线)旁侧所出现的假线。其与罗兰鬼线不同，它远离母线，易被认为是真谱线。是由于光栅刻线机的螺距及传动机构周期性的误差引起的。好的光栅其赖曼鬼线的强度大约是母线的千分之一到万分之一。
CAS号：
性质：1901年赖曼发现的一种鬼线，即在光栅衍射时得到的光谱线(母线)旁侧所出现的假线。其与罗兰鬼线不同，它远离母线，易被认为是真谱线。是由于光栅刻线机的螺距及传动机构周期性的误差引起的。好的光栅其赖曼鬼线的强度大约是母线的千分之一到万分之一。
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