Translational Symmetry is Good for Layout structure.
平移对称最适合用于结构布局。
Note how some shapes and directional flow are repeated (a manifestation of translational symmetry).
要学习各种形状和流程的重复使用(这是平移对称的展现)。
Translational symmetry can be used to create patterns, such as in the case of tiled website backgrounds and repeating design elements.
平称对称可用来制作各种图案，例如平铺的网站背景和重复的设计元素。
These are nonuniform effects due to the system no longer having the translational symmetry in the direction perpendicular to the surface.
这是由于系统不再具有垂直于表面方向的平移对称性而产生的非均匀效应。
Here again we see a lot of translational symmetry in the content, from the size of the content blocks to the additional imagery surrounding those blocks.
在这里，内容上同样采用了大量的平移对称，从内容块的尺寸到内容块周围的附加图像。
There are three types of symmetry: reflection (bilateral), rotational (radial), and translational symmetry. Each can be used in design to create strong points of interest and visual stability.
不对称的使用可以创造出不同的兴致点，在一组类似的元素中树立视觉层级。不对称创造出无秩序的效果从而突出设计。
In the IWC website, we see both translational and reflection symmetry.
在IWC的网站中，使用了平移对称和反射对称。
This web design is clean and simple, but embodies a grid layout that maintains translational and reflective symmetry.
这个网页设计干净、简洁，采用网格布局区分出平移对称和反射对称。
The present paper discussed some possible translational types in detail, and derived the elements of the pseudo-symmetry for the low symmetry crystal systems (74 space groups).
本文着重分析了可能出现的平移赝对称形式，并以低级晶系所属的74个空间群为例导出了赝对称形式。
The present paper discussed some possible translational types in detail, and derived the elements of the pseudo-symmetry for the low symmetry crystal systems (74 space groups).
本文着重分析了可能出现的平移赝对称形式，并以低级晶系所属的74个空间群为例导出了赝对称形式。
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