1.Now observe well these strange filaments on its abdomen.

现在好好看看它腹部奇怪的细丝。

2.This is a monofilament type suture, meaning it's one long filament.

这一种单丝类型的缝合线，这意味着它一根长丝。

3.The main challenge was to find the right filament for printing clothes with.

主的挑， 找到正确的" 丝料" 来印衣服。

4.Others deposit thin filaments of polymer in order to build structures up.

其它流程，如混入聚合体热敏细丝通过自加固原理进行聚合以产生成模。

5.And its status is set by this elastic band which represents that protein filament.

它的状态由这根代表了蛋白连接丝的橡皮带设定的。

6.These filaments are essential for us to understand how massive stars die.

这光丝对于我们理解大恒星如何死亡至关重。

7.Filament is the material you feed the printer with.

" 丝料" 就一种 你喂给打印机的材料。

8.Where would you be most likely to find mycelium in massive filaments?

你最有能在哪里找到大量菌丝的菌丝体？

9.These can create lovely sheets, tendrils, and filaments in nebulae as well.

这以在星云中创造出爱的片状、卷须和丝状物。

10.This capillary motion is in full effect in xylem filaments thinner than human hair.

在木质纤维中毛细作用无处不在，这木质纤维比人的头发还细。

11.We see these filaments that were blasted by the explosion, moving at 300 miles per second.

我们看到这因爆炸迸发的光丝，以每秒 300 英里的速度移动。

12.It surrounds the Sun, filaments and tendrils extending into the sky, an incredibly beautiful sight.

它包裹着太阳，呈丝状环绕卷曲，在天空伸展，一个令人难以置信的美丽景象。

13.A light bulb lights because its filament offers some resistance to the flow of electrons.

灯泡发光因为灯丝对电子流动有一定的阻力。

14.They shared what tiny filaments of flesh they could pull off that bird's bones.

把从那只鸟的骨头上仅能撕下的一点点肉丝分着吃了。

15.To understand which happens when, we gotta go back to the sliding filament model.

为了理解什么时候发生，我们必须回到滑动灯丝模型。

16.In our muscle cells, actin structures form these regular filaments that look kind of like fabric.

在我们的肌肉细胞中，肌动蛋白结构形成了这看起来像布料的规则纤维。

17.For scientists, the inter-connected web-like filaments offer a clue as to the nature of life itself.

对于科学家来说，这种相互关联、往复循环的结构生命的本质。

18.The breakthrough came when I was introduced to Filaflex, which is a new kind of filament.

在了解Filaflex之后 我取得了突破性的进展，Filaflex一种新型的单纤维。

19.As water streamed by, filaments from neighboring baleen plates naturally twined together and trapped the beads.

随着水源源流过，鲸须板上相邻鲸须细丝自然缠绕在一起并收集珠子。

20.Unlike our skeletons, actin filaments are constantly being built and taken apart.

和我们的骨架不同，肌动蛋白纤维（微丝） 一直在不停的被组装和拆散。