And I got it down from 20 microns down to 0.3 microns.

我把它从 20 微降低了 到0.3 微。

Their oil layer was about 10 microns, or about a hair's width thick.

油层厚度大约为10微，相当于头发丝的直径。

This is Steve Pawlowski from micron.

这是来美光的自史蒂夫·帕沃夫斯基。

As reference, your hair is 50 microns so this is point 3, it's a fraction of your hair.

作为参考，头发的直径有50微，所以只相当于头发的一小部分。

But in reality the oil was only 10 microns thick.

但事实上油层厚度只有10微。

When astronomers talk about dust, they mean tiny grains a micron across.

当天文学家说到尘埃时，他们指的是直径一微的微小颗粒。

The capsules were 10-15 microns across-large enough to disrupt the coatings, and thus do more harm than good.

而过去用的胶囊跨度为10到15微，这种跨度足以打乱覆盖层的结构，因此对金属造成的弊大于利。

" N95" means they block at least 95% of particles smaller than 0.3 microns across.

N95意味着它们至少能阻挡95%直径小于0.3微的粒子。

They noticed many of their pieces of debris sported surface pits around two microns across.

他们发现很多塑料碎片的运动表面周围有大约两微的凹坑。

Researchers added common shore crabs—Carcinus maenas—to tanks of seawater containing millions of tiny plastic particles, just 10 microns in diameter.

究人员还表示常见的食草蟹—青蟹身体里所储备的海水中含有成千上万的塑料粒子，直径只有10微。

And to put this into perspective: a human hair is 100 microns across.

一根头发的直径是100微。

But a transistor, in comparison, is much smaller, at a tiny fraction of a micron across.

但是晶体管相比之下要小得多，它的直径只有一微的一小部分。

The community college has built a partnership with micron corporation among others focusing on automation technology.

社区学院已经与美光公司等公司建立了作伙伴关系，专注于自动化技术。

And that microscope will take images of what's in the water down to about five microns.

显微镜将摄取图像，可以看到水里5微左右的物体。

If you do the calculation for oil 10 microns thick the drop should move way slower.

如果你按10微厚油层计算，那么水滴移动速度应该慢很多。

We're really good at that, but it's actually very hard to make things from 10 microns to 1,000 microns, the mesoscale.

我们这方面做得很好，但在10到1000微的范围内 制造物体是非常困难的，在这个中等尺度范围。

(ie, smaller than five microns) that may carry viruses much farther through the air than droplets can manage.

（如小于5微），这些颗粒携带病毒在空气中传播的距离可能远远超过飞沫所能达到的距离。

So we can see most of the typical types of microbial life, from five to two hundred microns, on screen.

所以我们几乎能够看到典型的微生物，在屏幕上看到从5微到200微的。

To detect a synapse, we'll need to scan at a resolution of about a micron — a thousandth of a millimeter.

要检测突触，我们需要以大约微的分辨率进行扫描——千分之一毫。

The result is a wire a mere 20 microns across, instead of 50 microns.

结果是，这样的线仅有20微而非50微。