diamagnetism

diamagnetism的音标是[daɪ"æmægneɪz(ə)mɪs]，基本翻译是顺磁性。速记技巧可以是将其分解为几个部分，如“di”和“magnetism”等，以便更好地记忆。

diamagnetism的英文词源：

diamagnetism源于希腊语dia（通过）和magnetism（磁）。

变化形式：

负磁性，反磁性（negative magnetism）

抗磁性（antimagnetism）

相关单词：

1. paramagnetism：顺磁性，向磁性

2. diamagnet：抗磁质，抗磁物

3. diamagnetic：抗磁性的

4. diamagnetism-detector：抗磁性检测器

5. diamagnetic field：抗磁场

6. diamagnetic material：抗磁材料

7. diamagnetic substance：抗磁物质

8. diamagnetic property：抗磁性属性

9. diamagnetic effect：抗磁效应

10. diamagnetic0netic force：抗磁力

常用短语：

1. diamagnetic material

2. diamagnetic field

3. diamagnetic effect

4. diamagnetic substance

5. diamagnetic material properties

6. diamagnetic material behavior

7. diamagnetic material analysis

例句：

1. The iron is a diamagnetic material, which repels the magnetic field.

2. The diamagnetic effect of the material can be used to detect the presence of magnetic fields or magnetic materials.

3. The diamagnetic field generated by the material is very weak and difficult to measure accurately.

4. The diamagnetic substance is a type of material that does not attract or repel magnetic fields.

5. The diamagnetic material properties of the material are determined by its chemical composition and structure.

6. The diamagnetic behavior of the material can be used to improve its electromagnetic performance and reduce its magnetic susceptibility.

7. Diamagnetic materials are commonly used in magnetic shielding applications to reduce external magnetic fields and maintain a stable magnetic field environment.

英文小作文：

Diamagnetism: The Mystery of the Weakest Magnetism

Diamagnetism is a phenomenon where materials repel magnetic fields without being attracted to them. It is a weak form of magnetism that is difficult to detect and measure accurately, but it plays an important role in many practical applications. Diamagnetic materials are commonly used in magnetic shielding applications to reduce external magnetic fields and maintain a stable magnetic field environment.

Diamagnetism can be explained by the quantum mechanical behavior of electrons in materials, where they are bound together in orbitals that are influenced by external magnetic fields. When the magnetic field is applied, the electrons in the orbitals precess around the field, causing the material to repel it instead of being attracted to it. This effect can be used to detect the presence of magnetic fields or magnetic materials, and it can also be used to improve the electromagnetic performance of materials and reduce their magnetic susceptibility.

In conclusion, diamagnetism is a fascinating phenomenon that plays an important role in many practical applications. Understanding its behavior and properties can help us to design better materials and develop more advanced technologies that are resistant to external magnetic fields and maintain a stable magnetic field environment.