1.Crick was supposed to be completing a thesis on the X-ray diffraction of large molecules.

而克里克则称在完成一篇用X射线衍射大型分子的论文。

2.We're using a diffraction to reflect the light directly in on human's retina.

我们正在使用一种衍射法将光线直接反射到人类视网膜上。

3.Sheldon, I was up all night using the new freeelectron laser for my Xray diffraction experiment.

谢尔顿，我在用新自由电子激光仪做我的X光衍射实验。

4.Stars have very short diffraction spikes.

恒星的衍射尖峰非常短。机翻

5.Most stars appear blue with long diffraction spikes, forming an eight-pointed star shape.

大多数恒星呈蓝色，并带有长长的衍射尖峰，形成八角星形。机翻

6.This diffraction, which is the reshaping of light by obstacles, happens in lenses too.

这种衍射是 障碍物对光线的重塑，也发生在镜头。

7.It has eight bright blue, long diffraction spikes.

它有八个明亮的蓝色长衍射尖峰。机翻

8.Galaxies of different shapes and sizes, nebulous, cloudy, widths, and stars with eight pointed diffraction patterns.

不同形状和大小的星系、模糊的、多云的、宽度的、和具有八点衍射图案的恒星。机翻

9.And they found that the electrons created a diffraction pattern, just like light did!

他们发现电子是被创造出来的 衍射图案，就像光一样！

10.When waves are re-shaped by obstacles, that's called diffraction.

当波被障碍物重新塑造时，这 称为衍射。

11.This pattern is called a diffraction pattern, and it comes from the diffraction and interference of light waves.

这种图案称为衍射图案，它来自光波的衍射和干涉。

12.My favorite diffraction pattern, though, is probably that of the Penrose tiling - it's simply gorgeous… not that you see Penrose-tiling-shaped openings very often.

我最喜欢的衍射图案，可能是彭罗斯密铺——非常美丽...但彭罗斯密铺形状的缺口很少见。

13.But the double-slit experiment isn't the only situation where light creates a diffraction pattern.

但双缝实验并不是光产生衍射图案的唯一情况。

14.Diffraction makes the light waves curve around the coin's edges.

衍射使光波 在硬币边缘弯曲。

15.We also explored the diffraction pattern from a single slit. .

我们还探索了单缝的衍射图案。

16.So, how do diffraction and interference create the phenomenon we see in the shadow of the coin?

那么，衍射和干涉是如何产生 我们在硬币阴影看到的现象的呢？

17.Finally, we explained the diffraction pattern for a disk.

最后，我们解释了圆盘的衍射图案。

18.Then instead of a prism, I'm using something called a diffraction grading which uses tiny little grooves to split light into all of its individual wavelengths.

然后没有用棱镜，我用的是一种叫做衍射分级的东西，它用微小的凹槽将光分成单独的波长。

19.Together, diffraction and interference help explain the results of the famous double-slit experiment conducted by English physicist Thomas Young in 1801.

衍射和干涉一起帮助解释了英国物理家托马斯·杨在 1801 年进行的着名双缝实验的结果。

20.A century and a half after Newton, and more than two after Galileo, a Frenchman called Augustin-Jean Fresnel worked out that you can do it using diffraction.

在牛顿利用星光的150年后，伽利略的透镜系统的两百多年后，一个名叫奥古斯丁.让.菲涅尔的法国人想到也可以利用衍射来达到目的。