Scientists say there are about one billion carbon nanotubes in a square centimeter of Vantablack.

科家称每平方厘米纳米碳管黑体中就有10亿个纳米管。

The carbon nanotubes are there to conduct electricity.

而碳纳米管则用于导电。

Each link responds to one particular gas, by changing how the nanotubes conducts electricity.

通过改变纳米管导电方式，每个链接都对应一种特定气体。

The carbon nanotubes help conduct electricity and keep the tattoo on the skin.

碳纳米管有助于导电并将纹身留在皮肤上。

But so far, we've only been able to manufacture very small nanotube chains.

但到目前为止，我们能做出纳米管非常小。

For the new application, the scientists added links to the circuit made of carbon nanotubes.

而对于这样一款新应用程序，科家们在碳纳米管制成电回路加上了链接。

Yet, nestling amid the quarks and transistors and the nucleic acids and nanotubes, there is a question.

然而，就在夸克、半导体、核酸和纳米管等 涌现，出现了一个问题。

First, they coated these with carbon nanotubes, to improve their conductivity.

首先，他们在这些木条子外面包上了碳纳米，以提高它们导电性。

The fuzzy structures in the feathers work like a cage for light, just like those carbon nanotubes.

羽毛中模糊结构就像光笼子，就像那些碳纳米管一样。

Similarly, Vantablack, the least reflective artificial material, traps photons in a forest of carbon nanotubes standing on their ends.

样，Vantablack这种最不反光人造材料将末端碳纳米管丛中光子困住。

However, more than 99 percent of Vantablack isn't made up of nanotubes — it's actually free space.

但事实上，99%纳米碳管黑体并不是由纳米碳管构成——其实就是自由空间。

What if silkworms were fed carbon nanotubes?

如果给蚕喂食碳纳米管会怎么样？

To embed the nanotubes, the engineers used a process called vascular infusion.

为了嵌入纳米管，工程师们使用了一种称为血管灌注工艺。

There were even groups trying to make an elevator to space using carbon nanotubes.

甚至有团体试图使用碳纳米管制造通往太空电梯。

If you unfurl the nanotube, you would get another extremely promising and hyped material, Graphene.

如果你展开纳米管，你会得到另一种非常有前途和大肆宣传材料，石墨烯。

Because of the regular alignment of the nanotubes, they were able to stress the material from various directions.

由于碳纳米管呈规律状排列，他们能够从不方向对材料施加作用力。

Nanotubes are as small as they sound.

纳米管和起来一样小。

Carbon nanotubes have found their way into some industries.

- 碳纳米管已经找到了进入某些行业方式。

Carbon nanotubes, along with powerful geo-sensing devices, have been paramount in the structure's design.

碳纳米管和强大地理传感设备在该结构设计中起着至关重要作用。

Carbon nanotubes can also self-adjust in the event of undersea earthquakes.

当发生海底地震，碳纳米管还可以自我调节。