diamagnetic

diamagnetic的音标为：[daɪ"æmæɡnɪtɪk]，基本翻译是“抗磁的”，速记技巧为：di-表示“双”；amagnetic表示“无磁性的”。

diamagnetic这个词源自希腊语词根dia，意思是“through”（通过），magnetics（磁学）。它的含义是“通过磁场的排斥力不产生感应的或磁性的物质”。

变化形式：无特殊变化。

相关单词：

1. paramagnetism（顺磁性） - 顺磁性物质在磁场中会产生感应磁场，与磁场方向一致。

2. diamagnet（排磁体） - 指具有排磁性的物体，即能够排斥磁场，而不是被磁场吸引的物体。

3. diamagnetic field（排磁场） - 指由排磁体产生的排斥磁场。

4. diamagnetic substance（排磁物质） - 指具有排磁性的物质。

5. diamagnetism（排磁性） - 指物体排斥磁场的能力。

6. diamagnetic material（排磁材料） - 指具有排磁性能的材料。

7. diamagnetic substance（排磁物质） - 指在磁场中不会产生感应的或磁性的物质。

8. diamagnetic property（排磁性） - 指物体的一种属性，即不会产生感应磁场或磁性。

9. diamagnetic force（排磁力） - 指物体排斥磁场的力量。

10. diamagnetic material（排磁材料） - 一种具有特殊性质的物质，在磁场中不会产生感应磁场或磁性，通常用于制造电子设备等。

常用短语：

1. diamagnetic field

2. diamagnetic material

3. diamagnetic effect

4. diamagnetic substance

5. diamagnetic material test

6. diamagnetic field measurement

7. diamagnetic shielding

例句：

1. The diamagnetic material is a kind of material that repels magnetic field.

2. The diamagnetic effect is a phenomenon that magnetic field will be repelled by diamagnetic material.

3. The diamagnetic substance is a kind of substance that has the diamagnetic effect.

4. We need to test the diamagnetic material to ensure its magnetic properties meet the requirements.

5. The diamagnetic field measurement is a method used to measure the magnetic field intensity.

6. The diamagnetic shielding can effectively reduce the magnetic field interference in the surrounding environment.

英文小作文：

Diamagnetism is a phenomenon that magnetic field will be repelled by certain materials, which is called diamagnetism. Diamagnetic materials are usually substances that have a strong diamagnetic effect, and they can effectively shield magnetic field interference in their surroundings. Diamagnetic materials are widely used in electronic devices and other fields, such as superconducting magnets and magnetic resonance imaging systems. In addition, diamagnetism can also be used to measure magnetic field intensity and to design magnetic shielding devices. However, diamagnetism is not affected by electric current, which makes it an interesting and useful phenomenon to study.