electrolytic

electrolytic的音标为[ɪˌlektrəˈlɪtəs]，基本翻译为“电解的”，速记技巧为“电解=electr+olyt+tic”。

Electrolytic这个词源自希腊语，意为“电解的”或“电化学的”。其变化形式包括名词electrolyte（电解物）和动词electrolyze（电解）。

相关单词：

1. Electrolysis（电解）：一种通过电流分解化合物的方法，常用于去除水中的有害物质。

2. Electrode（电极）：电解过程中使用的导电材料，通常用于产生或接收电流。

3. Electrolytic cell（电解池）：一种包含电极和电解液的装置，用于进行电解反应。

4. Electrolytic capacitor（电解电容器）：一种使用电解原理制造的电容器，具有高电容量和稳定的性能。

5. Electrolyte imbalance（电解质失衡）：指体内电解质含量异常，常见于疾病或药物副作用。

6. Electrolyte solution（电解质溶液）：一种包含离子化合物的溶液，用于维持人体电解质平衡。

7. Bipolar electrolytic capacitor（双极电解电容器）：一种特殊的电解电容器，具有正负极同时导电的能力。

8. Cathode（阴极）：电解反应中的负极。

9. Anode（阳极）：电解反应中的正极。

10. Electrolytic process（电解过程）：一种广泛应用的化学过程，涉及电流通过电解质溶液产生化学反应。

常用短语：

1. electrolytic capacitor

2. electrolytic oxidation

3. electrolytic solution

4. electrolytic deposit

5. electrolytic reflow

6. electrolytic capacitor failure

7. electrolytic imbalance

双语例句：

1. 电解电容是电子设备中常用的储能元件。 Electrolytic capacitors are commonly used as energy storage components in electronic devices.

2. 电解氧化是一种化学反应过程。 Electrolytic oxidation is a chemical process.

3. 电解液是电解电容的重要组成部分。 The electrolytic solution is an important component of an electrolytic capacitor.

4. 电解沉积是在电化学反应中形成的一种物质。 Electrolytic deposit is a substance formed in an electrochemical reaction.

5. 在焊接电解电容时，要确保正确的焊接温度和时间。 When soldering electrolytic capacitors, it is important to ensure correct soldering temperature and time.

6. 电解电容的失效可能是由于内部电极短路或开路。 The failure of an electrolytic capacitor may be due to internal electrode short circuits or open circuits.

7. 电解电容的不平衡会导致电路的异常工作。 Electrolytic imbalances can cause irregular operation of the circuit.

英文小作文：

Electrolytes are essential components of our bodies that maintain the correct balance of water and minerals in our tissues and fluids. Without electrolytes, our bodies would not function properly and would be unable to maintain normal bodily functions. One type of electrolyte that is crucial for maintaining bodily health is electrolytic acidity buffering agents, which help to maintain the acidity of our blood and tissues by neutralizing acids that are produced as a byproduct of bodily functions. These agents are commonly found in food and beverages, such as sports drinks and electrolyte-rich water, and are essential for maintaining good health and preventing illnesses such as dehydration and muscle cramps. Electrolytes also play a crucial role in electronic devices, such as capacitors, where they serve as a means of storing energy efficiently and safely. Electrolytes allow capacitors to maintain their capacitance over time and prevent them from self-discharging, making them essential components in a wide range of electronic devices, including computers, mobile phones, and power supplies. Understanding the importance of electrolytes in both bodily health and electronic devices is essential for maintaining good health and ensuring the proper functioning of modern technology.