Buckie

基本解释巴基

网络释义

1)Buckie,巴基2)Bucky-ball,巴基球3)Bucky-onionconductibilitya,巴基洋葱4)Pakistan,巴基斯坦5)Carbon nanotube,巴基管6)Bucky onions,巴基葱7)buckytube,巴基管8)buckyminister fullerence,巴基球9)Lymphoid stroma,淋巴基质10)bucky ball,巴基球

用法和例句

The new molecular forms of carbon, C60, C70 and other cage-shaped carbon molecules, have many names in English, such as Fullerene, Bucky-ball, all-carbon molecule et al and also in Chinese names.

C_(60)、C_ (70)及其它笼状碳分子命名尚未统一,如富氏烯、巴基球、全碳分子等等,为了统一译名,笔者建议采用“全碳分子”一词。

Reflection on the Rescue on the Earthquake-striking Spot in Pakistan;

巴基斯坦地震灾害搜救现场的救护体会

Development of Box Cars Exported to Pakistan;

出口巴基斯坦棚车的研制

The effects of carbon nanotubes,sintering temperatures and additives on the mechanical properties under hot-pressing have been discussed preliminarily.

本文研究了巴基管/纳米SiC陶瓷材料。

Carbon nanotubes were produced by chemical vapour deposition(CVD) of acetylene under hydrogen gas.

用化学气相沉积(CVD)法制备的巴基管作为锂离子电池的负极活性物质可以达到700mAh/g的容量,远超过了石墨嵌锂化合物理论容量(372mAh/g)。

Bucky onions were fabricated by DC discharge method and their behaviors and electric properties on Highly Oriented Pyrolytic Graphite(HOPG) were studied using Atomic Force Microscope (AFM), Scanning Tunneling Microscope(STM) and Transmission Electron Microscope (TEM).

用弧光放电法制备了碳的巴基葱 。

Bucky onions were prepared by DC arc charge method.

利用直流弧光放电法制备了巴基葱 ,高分辨透射电子显微镜分析表明这种巴基葱为空心椭球形 ,由 11层富勒烯组成。

Diamond Film Deposition with Buckytube as Coatings;

巴基管涂层条件下金刚石薄膜生长研究

The thermal spraying process was used to obtain the composite coatings of nickelbased selffluxing alloy reinforced by buckytube on plain carbon steel substrate.

采用氧乙炔火焰喷涂法在45#钢表面制备巴基管增强镍基自熔合金复合喷涂层,并利用激光对所得喷涂层进行重熔处理,用X射线衍射仪和扫描电子显微镜分析复合涂层组织结构,在MHK-500型摩擦磨损试验机上测定了油润滑条件下涂层的摩擦学性能。

So the buckytubes can join the reaction in polymerization of PA6 and form a strong joint with PA6.

经过硝酸处理的用 CVD法生产的巴基管与 PA6(尼龙 6)采用原位复合法进行复合时 ,将以其外壁上联结的羟基 -OH和羧基 -COOH参与己内酰胺合成 PA6的缩水聚合反应 ,从而结合到 PA6的网状大分子结构中 ,同时也阻止 PA6分子长大 ,并产生较大应力。

Using B-spline method, we take Be~3+ in buckyminister fullerence as an example and have calculated the 2s—3p oscillator strength of the endohedrally confined hydrogen-like system in the confining well with different shapes and locations.

采用B样条方法,以囚禁于巴基球内的Be3+为例,计算了限制环境下类氢体系在不同外阱形状和位置下2s—3p振子强度随外阱深度的变化。

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