介绍将原子束激光准直技术和驻波聚焦沉积技术用于制作纳米级图形的基本原理和实验系统设计。
The basic principle and experimental system design for applying laser cooling and focused atomic beams technique to fabrication nano-patterns are introduced.
碳纳米管是全碳原子组成的准一维管状纳米结构材料，有着十分奇特而丰富的物理性能。
Carbon nanotubes composed of carbon atoms can be considered approximately as one-dimensional systems with nanostructures, which have singular and abundant physical capabilities.
准连续体方法是一种将连续介质方法和原子模拟相耦合的多尺度模拟方法。
The quasicontinuum method is a multiscale method which mixes continuum and atomistic approaches.
在这篇论文中，准二维束缚势玻色-爱因斯坦凝聚体的一些性质和原子激光器被讨论研究。
In this dissertation, several properties of quasi-2D trapped Bose-Einstein condensate and atom lasers are studied and discussed.
介绍将原子束激光准直技术和驻波聚焦沉积技术用于制作纳米级图形的基本原理和实验系统设计。
The basic principle and experimental system design for applying laser focused atomic beams technique to fabricate nano patterns are introduced.
这些结果为优化调整铬原子束激光冷却准直实验提供了依据。
The results provide a basis for optimizing the chromium beam collimation by laser cooling.
针对激光汇聚铬原子束沉积，提出了一种定性评价原子束横向准直度的多狭缝技术。
In this paper, we present a method of multiple slits for measure of laser collimation of atomic beam for laser-focused chromium (Cr) atomic deposition.
计算所得的奇数高碳团簇具有准笼状类富勒烯结构，其最低能量异构体都含有一个两配位的碳原子。
The lowest energy isomers of the odd-numbered clusters are cage-like pseudo-fullerenes containing a single two-fold coordinated carbon atom in addition to trivalent carbon atoms.
计算所得的奇数高碳团簇具有准笼状类富勒烯结构，其最低能量异构体都含有一个两配位的碳原子。
The lowest energy isomers of the odd-numbered clusters are cage-like pseudo-fullerenes containing a single two-fold coordinated carbon atom in addition to trivalent carbon atoms.
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