接触起电英文解释翻译、接触起电的近义词、反义词、例句
英语翻译：
【电】 contact electrification
分词翻译：
接触的英语翻译：
contact; contiguity; get in touch with; meet; osculate; osculation; tangency
touch
【医】 c.; contact; contiguity; hapt-; hapto-; per contiguum; taction; tactus
touch
起电的英语翻译：
【化】 electrification
【医】 charge; electrify
网络扩展解释
接触起电
接触起电的中文拼音为 jiēchù qǐdiàn。接触起电是指由于接触电荷产生的静电作用而导致两个物体之间形成电位差，从而产生电流或放电现象。
英文解释翻译
The English translation of 接触起电 is "contact electrification". Contact electrification refers to the phenomenon of creating an electrical potential difference between two objects due to static electricity resulting from contact between them, which can result in the flow of electric current or the discharge of electricity.
英文读音
The English pronunciation of 接触起电 is "jie-choo chee-dyen".
英文的用法
Contact electrification can occur in a variety of situations and contexts, including when two different materials come into contact with one another, when a material rubs against another object, or when the surface of an object is touched or disturbed.
英文例句
- Contact electrification can occur when a balloon is rubbed against a person's hair, resulting in the balloon sticking to the person's head due to the static charge created.
- When you walk across a carpeted floor and then touch a metal doorknob, the shock you feel is due to contact electrification.
- Contact electrification can also play a role in the formation of thunderstorms and lightning.
英文近义词
- Static electricity - 静电
- Triboelectricity - 摩擦电
- Frictional electricity - 摩擦电
英文反义词
- Conductive - 导电的
- Grounded - 接地的
- Electrically neutral - 电中性的
英文单词常用度
Contact electrification is a scientific term that is commonly used in the field of physics and electrical engineering, but is less commonly used in everyday conversation. However, the concept of contact electrification is relevant and applicable in a wide range of contexts and situations, from generating electricity to explaining everyday phenomena such as static shocks and the behavior of certain materials. Therefore, it is a useful and important term for anyone interested in understanding the nature and properties of electricity and electromagnetism.