distrained

distrained的音标为[ˈdɪstreɪnd]，基本翻译为“分散的；解散的；松散的”。速记技巧可以考虑使用发音类似的单词来辅助记忆。

"Distrained" 这个词的英文词源可以追溯到 "distract" 这个词，意为“分散注意力”。它的变化形式主要有 "dis-"（前缀，表示“不”）加上 "tract"（词根，意为“拉”）。

相关单词：

"Distraction"（分心）：这个词是由 "distracted" 演变而来的，表示注意力被分散的状态。这个词通常用来描述由于各种原因导致无法集中注意力的状态。

"Distract"（分散注意力）：这个词直接来自于 "distrain" 的原形，表示将注意力从其他事物上转移开，通常用于描述某种行为或情况导致注意力被分散。

"Distracted"（分心）：这个词是由 "distract" 的过去式或现在分词形式演变而来的，表示注意力被分散的状态。这个词通常用来描述由于各种原因导致无法集中注意力的状态。

"Distractedly"（分心地）：这个词用来描述行为或思考方式受到注意力分散的影响，通常用来形容行为或思考方式不专注。

"Distractibility"（易分散性）：这个词用来描述一个人或事物容易受到外界干扰而分心的特性。

"Distractibility Disorder"（注意力分散障碍）：这个词用来描述一种特定的心理障碍，表现为无法集中注意力，常常受到外界干扰。

以上就是关于 "distrain" 和其相关单词的一些解释和描述，希望对你有所帮助。

distrained短语：

1. Distrained stress - 拉伸应力

2. Distrained texture - 拉伸织构

3. Distrained state - 拉伸状态

4. Distrained material - 拉伸材料

5. Distrained deformation - 拉伸变形

6. Distrained load - 拉伸载荷

7. Distrained structure - 拉伸结构

双语例句：

1. The steel plate was subjected to high distrained stress during welding. 焊接过程中钢板承受了高拉伸应力。

2. The material was distorted under the distrained load of the machine tool. 材料在机床的拉伸载荷下发生了变形。

3. The structure of the bridge was affected by the distrained deformation caused by the heavy rain. 暴雨导致桥梁结构受到拉伸变形的的影响。

4. The material has a high distrained strength after being processed. 经过加工后，该材料具有较高的拉伸强度。

5. The distrained texture of the material can affect its mechanical properties. 材料拉伸织构会影响其机械性能。

6. The distrained state of the tire can affect its performance and durability. 轮胎的拉伸状态会影响其性能和耐久性。

7. The distrained structure of the aircraft wing can affect its aerodynamic performance. 飞机机翼的拉伸结构会影响其空气动力学性能。

英文小作文：

Stress and Deformation in Engineering Materials

In engineering materials, stress and deformation are two important factors that affect the performance and durability of the products. When materials are under external forces, they will experience different degrees of deformation and stress, which can lead to changes in their mechanical properties and even failure. Therefore, it is necessary to study the relationship between stress and deformation in engineering materials to ensure the safety and reliability of the products.

Under different loading conditions, materials will experience different degrees of stress and deformation. For example, in the case of high-speed railway rails, the high-speed rolling process will lead to a certain degree of distension and texture structure changes, which will affect the mechanical properties of the rails. In addition, the use of materials under high-load conditions may also lead to significant deformation and damage to the materials. Therefore, it is necessary to carefully study the relationship between stress and deformation in engineering materials to ensure that they can meet the requirements of different applications and environments.