1、Your friend says, so you have to take the new nanotube elevator 60,000 miles into space.
你朋友說，那么你們打算乘新型的納米電梯(用微纖維制成，強度比鋼高出許多倍)進入60，000英里(相當于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.
通過執(zhí)行下面這些步驟，您可以在自己的臺式計算機中顯示納米管模擬。

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

4、The nanotube was wired between two electrical contacts, one negatively and one positively charged.
納米管由導線連接在兩個電觸點之間，一個觸點為負極，另一個為正極。

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，一個毒氣分子附著在碳納米管上就不再移動了。

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，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，在本文開頭附近所顯示的關(guān)于納米管模擬的內(nèi)容(請參見圖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TiO2納米管的形貌、成分和性能進行了表征。

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建立一個正常運作的碳納米管內(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)。