Another well-documented case of the time slip phenomenon took place in 2006 in Liverpool, England.

另一个有据可查的时间滑移例发生在 2006 年的英国利物浦。

In this image, diffuse slip can be clearly observed.

在这幅图像中，可以清楚地观察到扩散滑移。

Second, we are trying to use deformation vector directions to identify slip systems, which is important for HCP metals.

第二，我们正试图利用变形矢量的方向来识别滑移系，这对HCP金属非常重要。

Second, we are trying to use deformation vector directions to identify slip systems, which is especially important for HCP metals.

其次，我们正尝试利用变形矢量方向来识别滑移系统，这对六方紧密积（HCP）金属尤为关键。

The slip traces are not as easy to distinguish anymore.

滑移痕迹不再那么容易区分。

As the temperature increases to 200, we observe that the number of slip traces inside the grains seems to increase.

随着温度升高到200℃，我们观察到晶粒内部的滑移线数量似乎增加了。

In this picture, diffuse slip can be clearly observed.

在这张图片中，可以清晰地观察到扩散滑移。

At room temperature, the strain in the matrix between the slip traces is very low, almost close to zero.

在室温下，滑移痕迹之间的基体应变非常低，几乎零。

Some believe that the woman traveled forward in time while others argue that the witnesses had entered a time slip and went back in time.

一些人认为这名女子及时行进，而另一些人则争辩说目击者进入了时间滑移并回到了过去。

However, at higher temperatures, diffuse strain appears between the slip traces, leading to a higher average strain in the matrix.

然而，在较高温度下，滑移迹线之间出了弥散应变，导致基体中的平均应变增大。

The method assumes that the tunnel is always in contact with the soil and that no slip occurs at the tunnel–soil interface in any direction.

该方法假设隧道始终与土壤触，并且在隧道-土壤界面处在任何方向上都不会发生滑移。

This shift from planar slip to diffuse slip has a significant impact on both low-cycle and high-cycle fatigue of the material.

从平面滑移向扩散滑移的转变，对材料在低周和高周疲劳性能上均产生了显著影响。

First, at room temperature, we can see that the deformation inside the grain is mainly concentrated along a few slip traces, showing characteristics of planar slip.

首先，在室温下，我们可以看到晶粒内部的变形主要集中在几条滑移线上，表出平面滑移的特征。

In some areas, we see features of strain diffusion, which is often called 'diffuse slip.' We also begin to see characteristics of multiple slip systems.

在某些区域，我们观察到应变扩散的特征，这通常被称为“扩散滑移”。我们还开始观察到多个滑移系统的特征。

In some grains, we can observe wavy slip characteristics To make it clearer, I selected a few lines inside the grains and performed trace analysis.

在一些晶粒中，我们可以观察到滑移特征呈波状。为了更清楚地说明，我在晶粒内部选取了几条线并进行了痕迹分析。

Additionally, as the temperature increases, we notice that the strain at the slip trace positions becomes more similar to the strain in the matrix, and the width of the slip traces themselves gradually increases.

此外，随着温度的升高，我们注意到滑移线位置的应变越来越基体的应变，滑移线本身的宽度也逐渐增加。

In some grains, we even observe wavy slip characteristics To make this phenomenon clearer, I selected a few line segments inside the grains and performed trace analysis This image shows the strain variation along a specific line segment at different temperatures.

在某些晶粒中，我们甚至观察到波状滑移特征。为了更清晰地展示这一，我在晶粒内部选取了几条线段进行痕迹分析。此图展示了在不同温度下沿特定线段的应变变化情况。