The resulting lightweight lattice pattern maximizes air flow while creating an extremely rigid structure.

由此产生的轻质晶格模式最大程度地增加了气流，同时创造了一极其刚性的结构。

Oxygens formed a tight lattice… while hydrogens were free to diffuse through it.

氧形成了一紧密的晶格… … 而氢可以自由扩散。

At that pressure, the atoms form two interlocking crystal lattices.

在这种压力下，原子形成两连锁晶格。

Then, that electron moves around the crystal lattice until it settles into a defect.

接，子在晶格移动，直到融入晶格缺陷。

But as it freezes, their positions become fixed in a regular hexagonal lattice.

但当水冻结时，它们的位置会固定在一规则的六边形晶格。

Insert a phosphorus atom into the silicon lattice and you are left with an unused electron.

把一磷原子嵌入到硅晶格，那还剩下一子。

The iron lattice structure now has 4 glass panels in the floor of the first level.

第一级的地面铁晶格结构现在有4璃嵌板。

The same unique and functional lightweight lattice vent pattern also acts as a heat sink for the system.

相同的独特和功能的轻量级晶格排气口模式也作为系统的散热器。

Osteoclasts break down the unneeded mineral lattice using acids and enzymes so that osteoblasts can then add more material.

破骨细胞以酸和酵素酶 将无用的矿物晶格拆解这样就可以提供 更多原料给造骨细胞。

With graphite, these lattices are positioned in layers.

对于石墨，这些晶格位于层。

So when you're bending it, you're causing those dislocations to glide through the grain.

当你弯曲它时，你正在促使这些晶格缺陷在晶粒滑移。

But with AI, it could end up going way beyond just creating structurally efficient lattices.

但借助人工智能，它最终可能远远超越仅仅创造结构高效的晶格。

It had some nice properties related to things about how the electrons move inside the lattice.

它具有一些与子在晶格内如何移动相关的良好特性。

Deep within a magma chamber, zirconium and other elements are cooling and crystallizing into this lattice formation.

在岩浆房的深处，锆和其他元素正在冷却并结晶成这种晶格结构。

You can see the whole explanation and Joss and I forming a crystal lattice over on Be Smart.

你可以在Be Smart频道看到完整的解释，以及我和Joss如何形成晶格结构的过程。

They start to form up and every once in a while, a uranium atom sneaks into that lattice.

它们开始形成结构，偶尔会有一铀原子悄悄地混入那晶格。

And since it's smaller our lattice energy is going to increase because those ions are closer together.

而且由于它更小, 我们的晶格能量将增加, 因为这些离子更接近。

Halogens can react with metals to form halide crystals, in which the atoms become arranged in a very orderly grid called a lattice.

卤素能与金属反应生成卤化物晶体，晶体原子以非常有序的格子排列，称为晶格。

And what happens at that temperature, at very low temperatures in certain materials, is that the noise of

在那温度下，在某些材料的极低温度下，原子移动的噪音、晶格振动、子相互碰撞的噪音变得足够低， 使得子可以进入这种非常特殊的状态。

Ice floats because the molecules in the lattice are taking up more space than in the liquid, which makes ice less dense than water.

冰会漂浮是因为晶格的分子比液体的分子占据了更多空间，这使得冰的密度小于水。