By the way, if you do this on your own, never ever point your spectroscope or your eyes directly at the sun.

顺便说下，如果你自己做这个，永远不把你的镜或眼睛直接指向太阳。

The light reflected back out of the crystal by the insect's remains is run through a spectroscope for analysis.

通昆虫尸体反射出的钻石线穿镜。

In 1869, two scientists independently decided to point a spectroscope toward the corona during a total solar eclipse.

1869 年，两名科学家在日全食期间各自决定将镜对准日冕。

Well, not with our spectroscope, we need a better one, but in principle, it's true.

我们个更好的镜，但原则上，这是真的。

In the early 1800s, instruments named spectroscopes were invented to identify materials that emit light when heated.

在 19 世纪早期，人们发明种叫做镜的仪器，用来识别加热时发的材料。

Through a spectroscope, you see what's called an absorption spectrum.

通镜，你可以看到所谓的吸收谱。

Light enters the spectroscope and is filtered through a tiny hole to isolate a single area.

线进入镜，通个小孔滤，离出个单独的区域。

When they looked closer at the colorful chemical flames with their spectroscope they saw narrow bands of light at specific wavelengths and no two elements produced the same pattern of bands.

当他们用镜仔细观察五颜六色的化学火焰时，他们看到特定波长的窄带，没有两种元素产生相同的条纹图案。

Many light sources around us reveal secrets through the spectroscope.

我们周围的许多源通镜揭示秘密。

Anyway, there are a lot of lines here, and if we were to look at this through a higher grade spectroscope we'd actually see hundreds and hundreds of them.

不管怎样，这里有很多线条，如果我们用更高级别的镜看这个，我们实际上会看到成百上千条。

Their spectroscope channeled light from a flame toward a prism where it got split into all of its individual wavelengths, what's known as a spectrum.

他们的镜将来自火焰的引导到棱镜上，在那里它被成所有单独的波长，这就是所谓的谱。

They were looking into space, not with just a prism, but a spectroscope.

他们正在观察太空，使用的不是简单的三棱镜，而是台仪。

And so if we look at a basic mass spectroscope, what we're going to see are three parts.

所以如果我们观察基本的质谱仪，我们将看到三个部。

A SPECTROSCOPE CAN SEE A RAINBOW PATTERN OF COLORS COMING FROM THE GLOWING LIGHT.

镜可以看到来自发的色彩的彩虹图案。

And then not on earth, but in the sun, where it was found with a spectroscope during a solar eclipse, which is why it honours the Greek sun-god Helios.

然后不是在地球上, 而是在太阳上, 在日食期间用谱仪发现它, 这就是为什么它纪念希腊太阳神赫利俄斯。

And so a spectroscope allows us to see this whole electromagnetic spectrum.

因此, 谱仪使我们能够看到整个电磁波谱。

Now, after that, Slipher turned his spectroscope to a bunch of other fuzzy spots in the sky.

在那之后，斯莱弗将他的镜转向天空中其他些模糊的点。

THEN THEY LOOK AT THE GLOWING LIGHT WITH A TOOL CALLED A SPECTROSCOPE.

然后, 他们用种叫做谱仪的工具观察发的。

Now to study the light from these flames more precisely they came up with an instrument called a spectroscope.

为更精确地研究这些火焰发出的，他们发明种叫做镜的仪器。

In a typical chemistry class you'll just use a cheap spectroscope like this.

在典型的化学课中你只使用像这样的廉价谱仪。