1) electron cloud
电子云
1.
Calculation and graphics of electron cloud in hydrogen atom
氢原子电子云的计算和可视化分析
2.
Transverse blowup due to electron cloud has been observed in some machines and is considered to be a major limit factor in the development of high current and high luminosity electron positron colliders.
多束团正电子储存环中可能发生电子云不稳定性。
3.
The basic principle that the magnetically confined electron cloud is produced, discussed.
提出了采用磁镜场约束电子云形成空间电荷透镜的新结构 ,分析了磁镜场中形成约束电子云的基本原理。
2) electronic cloud
电子云
1.
Drawing atomic orbital and electronic cloud using MATLAB;
使用MATLAB绘制原子轨道和电子云图形
2.
Hydrogen electronic cloud model based on computer simulation;
基于计算机仿真技术的氢原子电子云图模型
3.
Wave function of HLi molecule and draw the picture of electronic cloud;
HLi分子波函数和电子云图形的绘制
4) nephelauxetic effect
电子云重排
1.
Especially we explained the cause of red shift that the emission spectra of the opticalresin containing the rare earth complex compared to that of the rare earth complex powder using Nephelauxetic effect theory.
特别是,我们用电子云重排效应(当中心稀土离子与不同配体结合时,其相同的J能级间的跃迁谱带位置略有移动的现象)解释了掺有稀土配合物的光学树脂发射光谱红移现象,并推断出在含稀土配合物复合于光学树脂后,稀土中心离子和配位原子间距离有所减小。
5) Orbital charged debris clouds
带电粒子云
1.
Orbital charged debris clouds evolution phase was defined as sphere,spheroid,rope, spiral,spreading and shell,based on the geometry shape and debris density in the evolution from the initial breakup point to the final coverage of Earth.
根据带电粒子云从破碎点开始向空间扩散过程中粒子云密度和形状的变化规律,以几何形状和起主要作用的因素为特征,定义了球形、椭球形、绳形、螺旋线形、全方位弥漫直至球壳形6个演变阶段。
6) electronic cloud distribution
电子云分布
补充资料：电子云
| 电子云 electron cloud 见原子结构。 |
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