光行差

从光传播媒介对应于局部优势引力场这一原则出发，解释了迈克尔逊-莫雷实验、菲索流水光速实验和光行差现象。

The results of Michelson-Morley experiment , Fizeau experiment and aberration of light were explained based on the new principle .

本文叙述了用CCD作重迭测量中，每片上量度坐标应作的大气折射较差修正和光行差较差修正，并推导了量度坐标的修正公式。

In this article , the correction for the differential refraction and differential aberration of the measured coordinates on every plate during the overlap exposure measurement carried out with a CCD is described , and the correction formulae of the measured coordinates are also derived .

有关光行差与双星矛盾的几个问题

Some Problems About the Aberration and " Binary Star Paradox "

以太的阻力，恒星光行差，以太理论的崩溃。

Aether Drag , Stellar Aberration , and the Collapse of the Aether Theory .

对光行差的最简单的解释，是把光的传播同雨点的下落作类比。

The simplest explanation of aberration is the analogy of light propagation to the fall of raindrops .

高速运动物体远视形象的转角问题可以用光行差现象解释。

The rotated angle of the visual appearance of rapidly moving objects at a distance may be explained by the phenomenon of aberration .

本文指出，在光行差问题上长期纠缠住双星矛盾是概念上的混淆。

It is shown that long-time implication of the " binary star paradox " in the question of aberration is a conceptive confusion .

本文对光行差效应进行了较为深入的探讨，通过麦比乌斯变换将其与黎曼球联系了起来，从而极大地拓展了光行差效应的内涵与外。

We combine Riemann globe with it by Mobius transformation , thus it is developed that the connotation and the extension of aberration effect .

从一个全新的角度解释了迈克尔逊-莫雷实验、密勒实验、艾里实验及光行差现象。

This paper illustrates Michelson-Morley experiment , Millar experiment , Airy 's experiment and light aberration phenomenon in a completely new point of view .

首先，在光传播过程的时差引起光行差，即纵坐标差导致横坐标的修正；

First , the time difference in light transmission causes aberration , i. e. the ordinate difference leads to the correction of abscissa difference .