1) tunneling nanotubes
隧道纳米管
1.
Recently,one kind of brand-new mode of direct cell-to-cell communications which were characterized as threadlike membranous channels,termed tunneling nanotubes (TNTs),was discovered in mammalian cells.
最近在哺乳动物细胞间发现了一种新型的细胞间通讯连接方式,根据其形态及结构特征,这种细长的膜管被命名为隧道纳米管(tunneling nanotubes,TNTs)。
2) nanojunction
纳米隧道结
1.
The capacitance of a nanojunction fromed by a scanning tunneling microscope (STM) tip and a two-dimensional gold cluster was measured through single electron tunneling spectroscopy of a double-barrier tunnel junction.
利用STM针尖和二维Au纳米团簇构造的双隧道结 ,通过对单电子隧穿谱的测量 ,研究了纳米隧道结的电容随隧道结宽度的变化 ,发现电容随结宽度的变化偏离了经典电容的行为 ,为纳米隧道结的量子电容效应提供了实验证据 。
3) nanotube
[英]['nænəutju:b] [美]['nænə,tub, -,tjub]
纳米管道
1.
Influence of axial applied potential gradient on ion radial distribution in liquid confined in cylindrical nanotubes;
轴向电场对纳米管道中溶液离子径向分布的影响
2.
Ion distribution and the electroosmotic flow of the fluid confined in the cylindrical nanotubes with different surface-charge density are studied using molecular dynamics simulations.
采用分子动力学模拟方法,研究了不同表面电荷密度下圆柱形纳米管道中溶液粒子分布情况及电渗流特性。
4) TNTs
纳米管通道
1.
Recently, a novel cellular communication structure, named tunneling nanotubes(TNTs), has been found in vitro with a diameter of 50 to 200nm , which is similar to intercellular bridges (IBs) in vivo.
纳米管通道(tunneling nanotubule，TNT)是新近发现的一种细胞间通讯方式，其直径50-200nm，在大小上类似于胞间桥(intercellular bridge，IB)，允许细胞器转移。
5) immersed tunnel
沉管隧道
1.
Coupling analysis of thermal field and stress field for immersed tunnels under fire load;
火荷载下沉管隧道结构的热-力耦合分析
2.
Excavation and Equipment of Trench for Immersed Tunnel;
沉管隧道基槽开挖及设备
3.
Changhong Immersed Tunnel in Ningbo City, Zhejiang Province;
宁波市常洪沉管隧道工程
6) pipeline tunnel
铺管隧道
1.
The superiority that the soil & rock drilling and excavation forces have had is examined on the trenchless construction and river crossing pipeline tunnel construction.
介绍了“西气东输”工程的概况 ,分析了岩土钻掘工程队伍在非开挖工程和过江过河的水下铺管隧道工程方面的优势 ,指出岩土钻掘队伍应抓住机遇 ,投入到“西气东输”的工程中
补充资料：管状定向碳纳米管
纳米本意是一种长度单位,纳米材料是指材料的尺寸处于1~100nm范围内的金属,金属化合物,无机物或高分子的颗粒,对纳米材料的研究和开发依赖于能看清原子或分子世界的仪器,1993年12月中国科学院庞世瑾教授在硅表面搬走了原子,写下了"中国"的字样,人类按需要排布一个个原子的技术成为现实,前不久,我国科学家成功合成了3nm长的管状定向碳纳米管,长度居世界之首,这种碳纤维具有强度高,刚度(抵抗变形的能力)高,密度小,熔点高,化学稳定性好的特点.
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条