研究一种改进的遗传算法对氩原子簇的结构进行优化；
Purpose: To find minimum energy structures for Argon clusters of two to fifteen atoms using a modified genetic algorithm(MGALM);
通过引入“对势函数的有效核电荷”，讨论了氩原子场的物理特征。
By introducing "the effective nucleus charge number for the potential", the physical features of argon atom field have been discussed.
类氩流体指的是由像氩原子一样简单的原子或分子为组成成分的流体系统。
Argon-like fluid is such a fluid system as constructed by atoms or molecules as simple as Argon atom.
利用夫兰克-赫兹实验仪测量了电子气体的速度分布函数，并分析了电子与氩原子碰撞的动力学过程。
The velocity distribution function of the electron gas is measured by using Franck-Hertz experiment instrument, and the dynamical process of collision between electron and argon atom is analyzed.
举个例子，如果你们知道如果画,氢原子的s轨道，那么你们已经知道如何去,画氩的s轨道和p轨道的形状。
So for example, if you know how to draw an s orbital for a hydrogen atom, then you already know how to draw the shape of an s orbital or a p orbital for argon.
在充满液氩的大罐中，当其中一个中微子不得不与一个原子相互作用时，就会产生光，LBNF将会通过探测光的闪烁来检测中微子。
The LBNF will detect neutrinos by watching for flashes of light caused when one of them deigns to interact with an atom in a giant tank of liquid argon.
氩是单原子气体。
氦和氩都是单原子气体。
氦和氩都是单原子气体。
长基中微子设施将会通过观察当一粒中微子根据设定与盛有液态氩的巨大池子里的一个原子发生反应时的所发出的闪光来探测中微子。
The LBNF will detect neutrinos by watching for flashes of light caused when one of them deigns to interact with an atom in a giant tank of liquid argon.
长基中微子设施将会通过观察当一粒中微子根据设定与盛有液态氩的巨大池子里的一个原子发生反应时的所发出的闪光来探测中微子。
The LBNF will detect neutrinos by watching for flashes of light caused when one of them deigns to interact with an atom in a giant tank of liquid argon.
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