1) intensity ratio of Airy spot
爱里斑光强比
1.
In this paper,a experimental device is designed to test intensity ratio of Airy spot using the Fraunhofer round hole diffraction and photoelectric effect.
本文利用夫琅和费圆孔衍射和光电效应现象设计了一套实验装置,用来测定夫琅和费圆孔衍射中爱里斑的光强占整个入射光束光强的比,以下简称爱里斑光强比,以此实验结果验证按波动理论计算的结果(I_爱/I_入=84％)。
2) Disc,airy.
爱里斑，衍射光斑
4) Airy spot
爱里斑
1.
In addition, the equivalent scale of these broken spots is comparable with the Airy spot.
结果表明:在强湍流效应下,焦平面短曝光光斑破碎成一系列的小光斑,这些破碎光斑的等效半径与爱里斑半径近似相等;接收器中心置于光轴轴心处,当接收孔径等于爱里斑直径时,接收的均值光强最大。
2.
Hypothesis the beam signal model of laser heterodyne detection system is Gaussian local-oscillator beam and Airy spot signal beam in this context With this physical model, analysis in detail a particular additional consumption gene in heterodyne detection heterodyne efficiency.
假定激光外差探测系统的光信号体制是高斯本振光和爱里斑信号光。
3.
In view of seeing resolving power of human eyes, based on the Rayleigh s criterion, the relations between the size of Airy spot, the wavelength, and the distance of observation was analyzed.
考虑到人眼的视觉分辨能力,根据瑞利判据,分析了爱里斑大小与数字影像实际显示大小、光波波长、观察距离等因素的相互关系,从而实现了光学理论和现有影像质量评价方法的有机结合,为基于人眼视觉特征的数字影像质量评价方法的确立提供了新的思路。
5) Airy diffraction disc
爱里衍射斑
6) Airy disk radius
爱里斑半径
补充资料：光爱
1.厚爱。
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