1) intracavity aberration correction
腔内像差校正
2) aberration correction
像差校正
1.
An experimental system was established for the aberration correction in an optical system with a low quality and 500 mm diameter spherical mirror for finite object imaging.
采用原光路再现的方法,通过比较像差校正前后的干涉图样和成像结果,验证了该校正方法的可行性。
2.
The structure and aberration correction curves of the objective and its measurement results are given.
给出物镜结构和像差校正曲线及实际测量结
3.
This paper discribes a optical imaging system which is used to measure colour purity drift,electron beam landing screen deviation and 3 beam misconvergence,and the optical path feature,the selected method of magnification and the aberration correction are described.
本文讨论了彩色显像管色纯漂移，电子束着屏误差，失会聚量测试用的光学成像系统的光路特点、设计原则、放大倍率的选定及光路选型及像差校正方法。
3) aberration corrector
像差校正器
1.
An efficient approach of designing a special dome and its aberration corrector was presented.
提出了一种有效的特殊整流罩及其像差校正器的设计方法,运用Wassermann-Wolf微分方程组(W-W方程组)的原理,通过在商业光学设计软件中编译宏程序曲面拟合的方法得到校正器最佳面形,从而可以校正整流罩引入的球差、彗差,使系统成像质量得到较大的改善。
4) intracavity aberrated perturbation
腔内像差扰动
5) camera error correction
成像误差校正
1.
A new camera error correction model based on RBF neural network is presented.
将该算法用于摄像机成像误差校正可以构建成像过程中的高阶畸变模型,提高摄像机测量精度。
6) null corrector
零像差校正器
补充资料：内像
1.佛教谓如理观想而呈现的种种形像。见《观无量寿经》。
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