That's remarkably close to the blackest black nanomaterials that humans have ever been able to create.

这非常接近人类能够创造的最黑的黑色纳米材料。

Heavy-duty cables made of carbon nanomaterials will serve as the core or frame of this ambitious construction.

由碳纳米材料制成的重型电缆将作为这个宏伟建筑的核心或框架。

We were trying to make blazing fast computers using nanomaterials.

我们试图使用纳米材料制造速度超快的计算机。

And the reason is, these nanomaterials -- they're like a double-edged sword.

原因是，这些纳米材料——它们就像一把双刃剑。

Nano-engineered materials, or 'nanomaterials', are designed to possess specific properties and structures at the nanoscale.

纳米工程材料，或“纳米材料”，被设计为在纳米尺度上具有特定的性能和结构。

They had made small quantities of a new, ultrastrong nanomaterial that they'd given the code name " Flying Blade."

他们制造了少量的新型超强纳米材料， 并将其命名为“飞刃” 。

In the next 1000 years, humans could use nanomaterials to efficiently utilize nuclear fission technology and safely dispose of radioactive waste.

未来1000年里，人类可以使用纳米材料以便有效地利用核裂变技术并且安全地处理放射性废料。

The screens of many modern smartphones, for instance, incorporate nanomaterials that improve touch sensitivity and display clarity.

例如, 许多现代智能手机的屏幕都包含纳米材料, 可以提高触摸灵敏度和显示清晰度。

And it's likely that nanomaterials will be used as well, as, according to scientists, they are almost impossible to damage or destroy.

而且纳米材料很可能也会被使用，据科学家说，纳米材料几乎不可能被破坏或摧毁。

" Professor Wang, I understand you're researching some kind of … new material? " " Nanomaterial, " Wang answered.

“王教授，我听说你在研究某种… … 新材料？ ” “纳米材料，” 王回答。

But we're testing other shield materials that might work better, like water, nanomaterials, even the poop you'll make on your journey.

但我们正在测试其他可能效果更好的防护材料，例如水、纳米材料， 甚至是您在旅途中产生的便便。

For specifics, please check the e-mail I'll send you." " What … are you going to do? " " I know that your nanomaterial project has been stopped.

具体情况，请查看我发给你的电子邮件。” “你… … 你打算做什么？” “我知道你的纳米材料项目已经停止了。

To do that, researchers would need a perfectly crystalline material, and would need to control the size of the nanomaterial very precisely, sculpting it atom layer by atom layer.

为此，研究人员需要一种完美的晶体材料，并且需要非常精确地控制纳米材料的尺寸，逐个原子层地对其进行雕刻。