faradized

faradized的音标为[ˈfærədaɪzɪd]，基本翻译为“使极化（法拉第效应）”，速记技巧为“法拉极化，记忆中留下深刻印象”。

Faradized这个词是合成词，由farad（法拉）和-ized（化的后缀）组成，表示“被法拉化的”。

英文词源：

farad：由法拉（电容单位）而来，表示电容或电容量。

-ized：表示动词过去分词或形容词化。

变化形式：

复数形式：faradized

第三人称单数：faradizes

现在分词：faradizing

过去式：faradized

过去分词：faradized

相关单词：

1. capacitor（电容器）：一种储存电荷的器件，与farad有关。

2. capacitance（电容）：描述电容器储存电荷的能力的物理量，也与farad有关。

3. charge（电荷）：在电学中，电荷是带电物体所具有的属性，与电容器储存的电荷有关。

4. electric field（电场）：描述电荷周围电势分布的物理量，与电容器储存的电荷有关。

5. electric current（电流）：带电粒子在电场中移动所产生的流动，与法拉第电磁感应定律有关。

6. Faraday"s law of induction（法拉第感应定律）：描述当磁场变化时，电容器中电荷如何移动的定律，与法拉第的名字相关。

7. induction coil（感应线圈）：用于产生感应电流的设备，与法拉第电磁感应定律有关。

8. magnetic field（磁场）：描述磁体周围磁势分布的物理量，与法拉第电磁感应定律中的磁场部分有关。

9. magnetic induction（磁感应强度）：描述磁场强度的一种量度，也与法拉第电磁感应定律有关。

10. Maxwell"s equations（麦克斯韦方程组）：一组描述电场、磁场和热辐射等物理现象的方程，与法拉第和麦克斯韦的名字相关。

常用短语：

1. be faradized

2. be faradized by

3. faradize

4. faradization

5. faradize the battery

6. faradize the cell

7. faradize the electrolytic

双语例句：

1. The battery was faradized using high-voltage electricity. (使用高压电对电池进行faradization。)

2. The electrolytic was faradized to improve its performance. (对电解电容器进行了faradization以提升其性能。)

3. The battery was faradized by exposing it to high-voltage electricity for a certain period of time. (电池通过在一定时间内暴露在高电压电场中进行faradization。)

英文小作文：

Faradization is a process that improves the performance of batteries and electrolytic capacitors by exposing them to high-voltage electricity for a certain period of time. This process can increase the capacity and lifespan of these components, making them more reliable and efficient. In this essay, we will explore the benefits of faradization and discuss its impact on modern technology.

Batteries and electrolytic capacitors are essential components in modern technology, from mobile phones to electric vehicles. Their performance and lifespan directly affect the functionality and reliability of these devices. Through faradization, these components can be improved, resulting in better performance, longer lifespan, and greater reliability. This process has had a significant impact on modern technology, making it possible for devices to operate more efficiently and reliably, leading to greater user satisfaction and improved quality of life.