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1·So you get an interference pattern. Light it seems is constituted by waves.

你就看到了一个相互干扰的光线，似乎是由一个波状构成的。

2·Somehow the photons still end up, ending up on the screen in an interference pattern.

光子总是会停止运动的，停在屏幕上呈现出相互干扰的模式。

3·The light reflected from these surfaces recombines and a fringe interference pattern is formed.

从样品表面反射的光线通过再结合，就产生了干涉图案。

4·The interference pattern of a cross-grating interferometer is analyzed by the so-calledeffective source approach.

本文用有效光源法分析了正交光栅干涉仪的干涉图。

5·Well, it seems that light has a wave form, so if a do this you can now see how you are getting an interference pattern.

看来光线是有波形变化的，这样一来你可以看到相互干扰模式是怎样产生的。

6·Calculation method about phase difference and amplitude in interference pattern of convergent light has been proposed.

提出了晶体锥光干涉中两相干光的位相差和振幅的计算方法。

7·The position and width of interference pattern were related to the observing Angle, range resolution and carrier frequency.

明暗条纹出现的位置和宽度与雷达观测角度、距离向分辨率、以及雷达工作频率等有关。

8·When electrons or photons in a beam pass through the two slits, they act as waves and produce an interference pattern on the wall.

当一束电子或者光子通过这两条裂缝，他们就像波纹一样并产生互相干涉的图案。

9·If Born's rule is correct, all of these measurements should sum to give the same interference pattern seen when all three slits are open.

如果波恩定则是正确的，那么对这些测量结果全部进行叠加得出的干涉情况应与三缝的情况一致。

10·Make waves with a dripping faucet, audio speaker, or laser! Add a second source or a pair of slits to create an interference pattern.

通过滴水的龙头，扬声器或镭射来产生波！增加第二来源或者两条缝，可以产生干涉形式。