Finally by the 19th century the language was settled.

最后，到20世纪，英语才真正。

And so those changes seem more amorphous.

因此，这些变化似乎更加。

They can just sort of move as an amorphous blob.

它们可以像团块一样移动。

There are two main classes of solids, crystalline and amorphous.

固体主要分为两类，结晶和。

It's not just another like amorphous bit of cortex.

它不仅仅是另一片皮质。

Your brain's a little amorphous, wet mass full of little electrical charges.

脑有点，湿漉漉，充满了少量电荷。

Still, others have you occupying an amorphous spirit world.

尽管如此，其他人还是让占据了一个精神世界。

Amorphous solids do however have a couple of macroscopic properties in common.

然而，固体确实具有一些共同宏观特性。

That's what causes amorphous solids to melt gradually, like this glass tube.

这就是导致固体逐渐熔化原因，就像这个玻璃管一样。

Amorphous solids also respond to stress very differently than crystalline solids.

固体对应力反应也与结晶固体非常不同。

Neighborhoods are this amorphous basket of things that provide and shape every dimension of outcomes that you have later in life.

社区是一个篮子，它提供并塑造以后生活各个方面结果。

Almost always, when you have dream and you're not going for it, there's this really amorphous fear that is holding you back.

几乎总是，当有梦想而不去追求它时，这种真正恐惧会阻碍。

If you've paid attention, you've learned the difference between amorphous and crystalline solids.

如果您留心观察，就会了解固体和结晶固体之间区别。

A little cloud above the neighbor's trees resembles Jimmy Durante's nose for a while, then becomes amorphous as it slips on north.

邻居树上方一点云像吉米·杜兰特鼻子有一段时间，然后随着它向北滑落而变得。

And crystals are only one subset of a universe of materials that includes everything from amorphous solids such as glass through to gases, gels and liquids.

晶体只是物质宇宙一个子集，包括从固体(如玻璃)到气体、凝胶和液体所有物质。

Sponges have hard structures within their bodies called spicules, crystalline forms made from amorphous silica that grow and branch to form wicked shapes.

海绵体内有称为针状体坚硬结构，由二氧化硅制成结晶式可以生长和分枝成邪恶状。

Especially when you kind of get through the whitewater of the first season when you're just kind of groping for the thing and it's all unclear and amorphous.

尤其是当经历了第一季激流时，只是在摸索，一切都不清楚，没有。

Crystalline solids are also generally more brittle than amorphous ones, and as I mentioned, respond to force differently in different directions.

结晶固体通常也比固体更脆，而且正如我提到， 对不同方向力反应不同。

First, it is important to understand that because the particles in an amorphous solid are arranged randomly, the strength of the bonds holding them together are also random.

首先，重要是要理解，因为固体中粒子是随机排列，所以将它们结合在一起键强度也是随机。

And even hard amorphous solids that do break under pressure rarely do it along straight lines, that's why broken glass ends up in crazy random shapes.

即使是在压力下破裂坚硬固体也很少会沿着直线破裂，这就是为什么破碎玻璃最终会变成疯狂随机状。