1、Your friend says, so you have to take the new nanotube elevator 60,000 miles into space.
你朋友說(shuō)，那么你們打算乘新型的納米電梯(用微纖維制成，強(qiáng)度比鋼高出許多倍)進(jìn)入60，000英里(相當(dāng)于96，000公里)高度的太空遨游。

2、You can display the nanotube simulation live on your own desktop through these steps.
通過(guò)執(zhí)行下面這些步驟，您可以在自己的臺(tái)式計(jì)算機(jī)中顯示納米管模擬。

3、The nanotube was long — 10 microns — and freely suspended.
納米管有10微米長(zhǎng)，并且自由懸浮。

4、The nanotube was wired between two electrical contacts, one negatively and one positively charged.
納米管由導(dǎo)線(xiàn)連接在兩個(gè)電觸點(diǎn)之間，一個(gè)觸點(diǎn)為負(fù)極，另一個(gè)為正極。

5、Carbon nanotube arrays have high current capacities and enable high power gain at low impedances.
碳納米管排列有高電流容量，并能使高功率獲得低電阻。

6、Normally, a gas molecule attaching itself to a nanotube would stay there.
通常情況下，一個(gè)毒氣分子附著在碳納米管上就不再移動(dòng)了。

7、The result shows: the carbon nanotube homogeneous inlaid the brilliant afterbirth of Ni - P.
結(jié)果表明：納米碳管已均勻鑲嵌在鎳磷晶胞上。

8、Carbon nanotube are perfect material as field emission cathode.
碳納米管(CNT)作為理想的場(chǎng)發(fā)射陰極材料。

9、The nanotube was long 10 microns and freely suspended.
納米管有10微米長(zhǎng)，并且自由懸浮。

10、Consider, for a moment, the display near the top of this article of a nanotube simulation.
可以考慮一下，在本文開(kāi)頭附近所顯示的關(guān)于納米管模擬的內(nèi)容(請(qǐng)參見(jiàn)圖1)。

11、The titania nanotube was characterized by XRD,TEM,BET,TG-DSC and Uv-vis.
用XRD、TEM、BET、TG-DSC、Uv-vis等方法對(duì)TiO2納米管的形貌、成分和性能進(jìn)行了表征。

12、Carbon nanotube technology could give us brighter lights and bigger, thinner screens.
碳納米管技術(shù)能帶給我們更亮、更大、更薄的屏幕。

13、A carbon nanotube is, as its name suggests, a tiny cylinder of carbon atoms.
正如其表面意思一樣，碳納米管即由碳原子組成的微管。

14、Carbon nanotube cathodes with different CNT contents were prepared by screen-printing method.
采用絲網(wǎng)印刷法制備了不同碳納米管含量的冷陰極。

15、Carbon nanotube is perfect material as field emission cathode.
碳納米管(CNT)作為理想的場(chǎng)發(fā)射陰極材料。

16、Nantero built a functioning carbon nanotube memory prototype 10 GiB array in 2004.
Nantero建立一個(gè)正常運(yùn)作的碳納米管內(nèi)存原型10培養(yǎng)基陣于2004年。

17、The lithium serves as electrodes, while the nanotube layers are current collectors.
鋰作為電極，而碳納米管層則是電流集合管。

18、Raman scattering technique is used to study the carbon nanotube synthesis system.
利用拉曼散射技術(shù)從多角度研究了碳納米管合成系統(tǒng)。