translational symmetry是什么意思，translational symmetry的意思翻译、用法、同义词、例句

平移对称

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 is when an object is relocated to another position while maintaining its general or exact orientation.

平移对称，是将一个物体移动到另外一个地位，物体大体的方向不变。

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。

For example, many grid layout systems (such as the 960 Grid System) exhibit translational symmetry in the way they break up column widths to maintain balance and proportion.

例如，许多网格布局系统通过打破列宽来展示平移对称，以保持平衡和比例。

If the required asymptotic form is time-independent (such as the Minkowski space itself), then it respects the time-translational symmetry.

若要求的渐进形式是时间无关（例如闵可夫斯基时空本身），则涉及到时间平移 对称性。

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。

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.

对称分三种：反射对称、旋转对称、平移对称。不同方法的使用可以创造出强烈的爱好点和视觉稳定性。

For the HTS Maglev system with translational symmetry, the system's performance is dependent on the distribution and magnitude of the permanent magnet guideway's (PMG) magnetic field.

而对于给定的高温超导体，系统的悬浮性能直接依赖于永磁轨道的磁场分布和强弱。

More research is focused on the cylindrical HTS magnetic levitation system rather than the system with translational symmetry.

相比轴对称式系统的研究，平移对称式高温超导磁悬浮系统的研究结果相对较少，动态研究少于准静态研究。

These intervals do not have to be equal in order to maintain translational symmetry; they just need to be proportional.

平移对称的称动距离不必定是相等的，只须要成比例挪动。

Translational Symmetry is Good for Layout Structure

平移对称最适合用于结构布局

As well known, levitation characteristics of the HTS Maglev system with translational symmetry at different temperatures are vital importance for the engineering application.

围绕平移对称式高温超导磁悬浮应用背景，本论文就不同温度下高温超导磁悬浮系统的悬浮性能展开了研究。

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。

Moreover, with different running velocity, running time, round-trip running mode, the levitation force performance of the system with translational symmetry was studied at temperatures below 77 K.

并且从实用化的角度，进一步实验研究了“往返运动”、“运动速度”以及“运行时间”对系统悬浮力的影响与温度的关系。

Then the regulation of translational symmetry to the phonon energy band structure of photonic crystal, as well as how to change phonon translational symmetry of the crystal artificially were analyzed.

然后分析了平移对称性在声子晶体能带结构调节中的影响，以及如何通过人工调节改变声子晶体的平移对称性。

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.

对称分三种：反射对称、旋转对称、平移对称。

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。

It is because the HTS Maglev system with translational symmetry may exist a higher efficiency at lower temperature, and thus the best operating temperature of the system may be found.

论文的目的在于进一步提高和改善磁悬浮系统的悬浮性能，推进磁悬浮技术在平移对称式应用领域的实用化进程。

The listed section of services towards the bottom of the layout also displays translational symmetry.

底部的服务列表采用移动对称设计。