In other words, invisible rays had passed through the cardboard.

换句话说， 就是一道不可见穿透纸板投射到外面来了。

And blue light has some of the highest energy wavelengths in the visible spectrum.

在可见中具有最高能量的波长。

Its neutrinos reached Earth about three hours ahead of the visible light.

这些中微子比可见提前三小时抵达地球。

The idea is that light can help with a looming capacity problem.

他们的想法是可见通信将有助于解决即将来临的数据传输瓶颈问题。

This pulse can be detected in visible light, radio waves, and even X-rays!

这种脉冲可以在可见、无线电波、甚至X射线中被探测到！

But in visible light the planet looks almost featureless.

但在可见下裸眼观看，这颗行星看起来就几乎毫无特色。

There are clouds, but again they're difficult to see in visible light.

天王星的有云团环绕，但同样的，在可见下很难看到。

This is what we call “visible light, ” also known as the visible spectrum.

这就是我们所说的“可见”，又叫可见。

At the lower end of the spectrum, there's radio, infrared, and visible light.

在的低端的是无线电，红外线，和可见。

Together, all the colors make up the spectrum of visible light—the light we can see.

所有的颜色一起构成了可见的——我们所能看到的。

They let visible wavelengths pass through, but the lens's rounded shape bends the light.

它们让可见经过，但其圆弧的形状会让弯曲。

The wavelengths we see through our eyes, we call visible light.

我们通过眼睛看到的波长，我们称之为可见。

Together with visible light, all these types of radiation are called the electromagnetic spectrum.

同可见一起，所有类型的辐射都叫做电磁。

Just like visible light, x-rays are less likely to penetrate denser materials.

类似于可见，X线难以穿过密度高的物体。

AVIRIS was also deployed to capture images of a massive natural gas blowout.

机载可见/红外成像仪还用于捕获大规模天然气井喷的图像。

Beyond the visible spectrum, our world is illuminated by invisible light.

除了可见之外，各种不可见也笼罩着这个世界。

And finally, we arrive back thirteen billion years ago, at the beginning of visible light.

最后，我们抵达 130 亿年前抵达可见的起源。

Visible light just passes over them.

可见只会穿过它们。

Because at that point, it's emitting lots of X-rays and optical and UV and radio waves.

因为在那个点，该物质会发射出大量的X射线、 可见、紫外线和无线电波。

The whole kaboodle lets visible light pass untrammelled, while absorbing infrared and converting it into heat.

整个结构能够让可见自由通过，同时吸收红外线并将其转化为热。