穿流效应英文解释翻译、穿流效应的近义词、反义词、例句
英语翻译：
【化】 draining effect
分词翻译：
穿的英语翻译：
penetrate; pull on; wear
流的英语翻译：
flow; stream; current; stream of water; class; wandering
【计】 stream
【化】 flow coating(process); stream
【医】 current; flow; flumen; flumina; rheo-; stream
效应的英语翻译：
effect
【医】 effect
网络扩展解释
穿流效应
穿流效应（chuān liú xiào yì）是涡流效应的一种，涡流效应是由于金属内部存在的电阻和磁导率而引起的，穿流效应是涡流效应中的一种，是在交变电磁场中导体内部产生涡流的现象。它也称为居里效应、巨屯井效应、磁致残余电流、涡流损耗等。
英文解释
The skin effect is a type of eddy current effect that occurs in conductive materials as a result of their electrical resistance and magnetic permeability and is produced by alternating electromagnetic fields. It is also known as the Curie Effect, the Lenz Effect, magnetic hysteresis, eddy current loss and more.
英文读音
skɪn ɪˈfɛkt
英文用法
The skin effect is important to consider in many industry applications, particularly in high frequency electromagnetic energy. It can cause significant power losses and reduced efficiency in electrical conductors, particularly for materials with lower conductivity or higher permeability.
英文例句
"To minimize skin effect in our high frequency power delivery systems, we use special conductive materials with low resistance and high permeability."
“We commonly see the skin effect in high frequency induction heating processes, where it can lead to reduced heating efficiency and alternative heating methods may be more appropriate.”
英文近义词
The skin effect is sometimes used interchangeably with the eddy current effect, and could be considered a subset or specific form of eddy currents. Other similar effects in electrical conductors and magnetic materials include hysteresis loss, magnetic saturation, residual magnetism, and core losses.
英文反义词
The opposite of the skin effect in conductors is uniform current or non-varying current distribution, where electrical current flows equally across the conductor. Some materials that have less resistance and/or lower permeability may be more resistant to the skin effect.
英文单词常用度
The term "skin effect" is commonly used in the electrical and materials sciences fields, particularly those related to high frequency electromagnetic properties of conductive materials, such as in power and communication systems. It is a common topic in physics and engineering textbooks and research studies. However, it is not a general or everyday term outside of these specific fields.