电子云图的优点是可以反映每个对象与相应聚类中心的距离。
The chart of electron cloud can reveal the distance between each object and their clustering center.
实现了随机点图、顺序点图、电子云图、条形图、饼图五种聚类结果可视化方法。
Several visualization methods of displaying clustering results were realized, it includes the chart of random points, order points, electron cloud, bars and pie.
现在，乌克兰物理学家又向前前进了一步，他们成功地拍下了单个碳原子的电子云图片。
Ukrainian physicists have gone one step further and managed to take a picture of a single Carbon atom's electron cloud.
针对上述问题，本文提出三种聚类结果的可视化方法：随机点图、顺序点图、电子云图。
In response to these problems, we present three visualization methods of displaying clustering results, it includes the chart of random points, order points, electron cloud.
以氢原子为例，以MATLAB为程序开发语言，设计了一种精确、快速、简便地绘制原子轨道和电子云图形的应用程序。
Taking the hydrogen atom as an example, the author designs a precise, speedy and convenient application program to draw the atomic orbital and electronic cloud with MATLAB language.
以氢原子为例，以MATLAB为程序开发语言，设计了一种精确、快速、简便地绘制原子轨道和电子云图形的应用程序。
Taking the hydrogen atom as an example, the author designs a precise, speedy and convenient application program to draw the atomic orbital and electronic cloud with MATLAB language.
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