faradized的音標為[?f?r?da?z?d]，基本翻譯為“使極化（法拉第效應）”，速記技巧為“法拉極化，記憶中留下深刻印象”。

Faradized這個詞是合成詞，由farad（法拉）和-ized（化的后綴）組成，表示“被法拉化的”。

英文詞源：

farad：由法拉（電容單位）而來，表示電容或電容量。

-ized：表示動詞過去分詞或形容詞化。

變化形式：

復數形式：faradized

第三人稱單數：faradizes

現在分詞：faradizing

過去式：faradized

過去分詞：faradized

相關單詞：

1. capacitor（電容器）：一種儲存電荷的器件，與farad有關。

2. capacitance（電容）：描述電容器儲存電荷的能力的物理量，也與farad有關。

3. charge（電荷）：在電學中，電荷是帶電物體所具有的屬性，與電容器儲存的電荷有關。

4. electric field（電場）：描述電荷周圍電勢分布的物理量，與電容器儲存的電荷有關。

5. electric current（電流）：帶電粒子在電場中移動所產生的流動，與法拉第電磁感應定律有關。

6. Faraday"s law of induction（法拉第感應定律）：描述當磁場變化時，電容器中電荷如何移動的定律，與法拉第的名字相關。

7. induction coil（感應線圈）：用于產生感應電流的設備，與法拉第電磁感應定律有關。

8. magnetic field（磁場）：描述磁體周圍磁勢分布的物理量，與法拉第電磁感應定律中的磁場部分有關。

9. magnetic induction（磁感應強度）：描述磁場強度的一種量度，也與法拉第電磁感應定律有關。

10. Maxwell"s equations（麥克斯韋方程組）：一組描述電場、磁場和熱輻射等物理現象的方程，與法拉第和麥克斯韋的名字相關。

常用短語：

1. be faradized

2. be faradized by

3. faradize

4. faradization

5. faradize the battery

6. faradize the cell

7. faradize the electrolytic

雙語例句：

1. The battery was faradized using high-voltage electricity. (使用高壓電對電池進行faradization。)

2. The electrolytic was faradized to improve its performance. (對電解電容器進行了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. (電池通過在一定時間內暴露在高電壓電場中進行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.