Like graphite and diamond, the two forms of pure carbon, silicons and it's oxides are network solids.

就像石墨和金刚石这两种碳单质，硅和它的氧化物也是网状结构的固体。

But all of these silica based network solids I talked about so far contain both silicon and oxygen atoms.

但到目前为止，我所谈论的这些网状结构的硅化合物都同时含有硅和氧原子。

If you paid attention, you learned that networks lend strength and widely distributed stability to network solids.

如果您注意的话， 您就会了解到网络为网络实体提供了强度和广泛分布的稳定性。

Well the atoms are arranged differently, they form different atomic networks and therefore, different network solids.

好吧，原子排列不同， 它们形成不同的原子网络， 因此形成不同的网络实体。

It's the same with network solids. Orbitals and their hybridizations make a huge difference.

网络实体也是如此。 轨道及其杂交产生了巨大的差异。

Sounds simple, well there are actually three types of atomic solids too: network solids, group 18 solids, and metals.

听起来很简单，实际上也有三种类型的原子固体：网络固体、第 18 族固体和金属。

Network solids are one of the three types of atomic solid we've talked about, materials that are made of individual atoms rather than molecules or ions.

网络固体是我们讨论过的三种原子固体之一，由单个原子而非分子或离子构成的材料。

A diamond, for example, is just a big crystal made of carbon atoms. So you can think of diamonds, and other network solids, as really giant molecules.

例如，钻石只是一个由碳原子构成的大晶体。 所以你可以把钻石和其他网络固体想象成真正的巨型分子。

The cool and special thing about network solid is that the atoms exist in, you guessed it, a network structure, that is each atoms is linked to several others in various directions.

网络固体的酷和特别之处在于， 原子存在于网络结构中，您猜对了，即每个原子都在不同的方向与其他几个原子相连。

You learned that both diamonds and graphite are network solids made up of pure carbon atoms but that the arrangement of those atoms in 2 and 3 dimensions respectively give them completely different properties.

您了解到金刚石和石墨都是由纯碳原子组成的网络固体，但这些原子在 2 维和 3 维中的排列分别赋予它们完全不同的特性。