In real life, body fluids fill the nanopores and micropillars in a lizard's tail.

在现实生活中，体液充满了蜥蜴尾巴的纳米孔和微柱。

They expected them to contain grooves that the micropillars inserted  into, to create a strong, interlocking bond.

他们希望它们包含微柱插入的凹槽，以形成牢固的互锁结合。

Models revealed that small cracks  between the micropillars and socket, caused by the nanopores, slowed down  new cracks that developed in the tail.

模型显示，由纳米孔引起的微柱和插座之间的小裂缝减缓了尾部新裂缝的形成。

They created two types of patches with and without  nanopores: one set contained short micropillars, while the other had taller micropillars, similar to what is seen in lizards.

他们创造了两种类型的有和没有纳米孔的贴片：一组包含短微柱，而另一组有更高的微柱， 类似于在蜥蜴身上看到的。