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

我们需要一个更好的分光镜，但原则上，这是真的。

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

光线进入分光镜，通过一个小孔过滤，分离出一个单独的区域。

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

在那之后，斯莱弗将他的分光镜转向天空中其他一的点。

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

在 19 世纪早期，人们发明了一种叫做分光镜的仪器，用来识别加热发光的材料。

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分光镜对准日。

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

通过昆虫尸体反射出的钻石光线穿过分光镜。

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

通过分光镜，你可以看到所谓的吸收光谱。

Many light sources around us reveal secrets through the spectroscope.

我们周围的许多光源通过分光镜揭示秘密。

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，而是一台分光仪。

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

在典型的化学课中你只需要使用像这样的廉价光谱仪。

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

因此, 光谱仪使我们能够看到整个电磁波谱。

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

为了更精确地研究这火焰发出的光，他们发明了一种叫做分光镜的仪器。

THE ONLY WAY TO PROVE IT EXISTED WAS TO PUT THE RADIUM UNDER A SPECTROSCOPE.

证明它存在的唯一方法是将镭放在光谱仪下。

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

然后, 他们用一种叫做光谱仪的工具观察发光的光。

And so a spectrometer is simply a sophisticated spectroscope.

因此，光谱仪只是一种复杂的光谱仪。

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

顺便说一下，如果你自己做这个，永远不要把你的分光镜或眼睛直接指向太阳。

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

分光镜可以看到来自发光的色彩的彩虹图案。

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，我们将看到三个部分。

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.

他们的分光镜将来自火焰的光引导到棱镜上，在那里它被分成所有单独的波长，这就是所谓的光谱。

And so what we can do is we can use an IR spectroscope and we could look at what frequencies of light are being absorbed.

所以我们可以做的是, 我们可以使用红外光谱仪, 我们可以看看哪频率的光被吸收了。