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

这种压力下，原子形成两个连锁晶格。

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

接着，该电子晶格中移动，直到融入晶格缺陷中。

Uranium atoms are similar enough to zirconium that they can occasionally slip into the mineral's crystal lattice in zirconium's place when the mineral is forming, but unlike zirconium, the unstable uranium atoms eventually radioactively decay into lead atoms.

铀原子与锆相似，至于矿物形成时，偶尔可滑入矿物晶格中代替锆，但与锆不同，不稳定铀原子最终会放射性地衰变成铅原子。

Moreover, the path the sound takes can be controlled by introducing deliberate flaws into the crystal's atomic lattice.

此外，可晶原子点阵之间故制造裂纹来控制声音路径。

This is why previous researchers had a difficult time trying to send heat through crystal lattices.

这就是前研究者试图晶点阵之间热能时遇到困难原因。

Conversely, when a positive charge is applied, oxygen moves toward the positive charge and the silicon away, and as a result, the crystal lattice shrinks in length.

相反， 当施加正电荷时，氧向正电荷方向移动， 而硅则远离它，结果晶体晶格长度收缩。

Both of these compounds have the same chemical composition, but different qualities due to the way their crystal lattices are arranged.

这两种化合物具有相同化学成分，但由于它们晶格排列方式不同， 性质不同。

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

你可Be Smart频道看到完整解释，及我和Joss如何形成晶格结构过程。

Titanium alloys have unusually strong bonding within their crystal lattice that resists heat from breaking them apart.

钛合金其晶体结构中具有异常牢固结合力，能够抵抗热量将其分解。

Inside the quartz is a crystal lattice of one silicon for every two oxygen atoms, which forms a network of covalent bonds, with electrons being more attracted to the oxygen due to their electronegativity.

石英内部是由每个硅原子对应两个氧原子组成晶格，形成了一个共价键网络，由于氧电负性更强， 电子更倾向于被氧吸引。

When a negative charge is applied to the printed wires, an electric field is directed to the crystal lattice, and the negatively charged oxygen atoms are pushed away, whereas the positively charged silicon is pulled towards the wire.

当负电荷施加到印刷导线上时，电场会指向晶体格子，带负电氧原子会被推开，而带正电硅则会被拉向导线。

This lengthening and shrinking along the length of the crystal lattice, called the piezoelectric effect, causes the leg of this tuning fork to move back and forth.

这种沿着晶体晶格伸长和收缩，称为压电效应， 导致调谐叉叉腿来回移动。

The crystal bounces back and forth creating positive and negative voltages with the frequency of oscillation being dependent on the orientation of the crystal lattice, as well as the shape and dimension of the cut crystal.

石英晶体来回振动， 产生正负电压， 其振荡频率取决于晶体晶格取向，及切割晶体形状和尺寸。

The combined movement of all the oxygen moving away and the silicon moving towards the wire results in a lengthening of the crystal lattice.

所有氧原子远离并硅原子向导线移动综合运动导致晶格长度增加。

When you cut a slice of quartz in a particular direction, you can see repeating sections of a crystal lattice with a hexagonal organization of oxygen and silicon.

当你沿着特定方向切割石英切片时，你可看到具有六方排列氧和硅晶格重复部分。

They have a barcode on the side and a small notch in them to indicate the direction of the crystal lattice.

它们侧面有一个条形码，并且有一个小缺口来指示晶格方向。

First is so they can travel through the specimen, whether it be a transistor, protein or a crystal lattice or something else that has been sliced to typically only 100 nanometers in thickness.

首先是为了让它们能够穿透样品，无论是晶体管、蛋白质、晶格还是其他被切片到通常只有100纳米厚度物质。