Noun
/ˈɛdi ˈkɜrənt ˈkʌplɪŋ/
Eddy current coupling refers to a type of electromagnetic coupling that uses eddy currents, which are loops of electrical current that are induced within conductors by a changing magnetic field. This technology is often used in various applications, including electric motors, generators, and magnetic braking systems. The term is primarily used in technical and engineering contexts.
Eddy current coupling is not frequently used in everyday conversation; rather, it is more prevalent in scientific discussions, engineering literature, and technical manuals.
The engineers demonstrated how the eddy current coupling works in the new generator design.
(Инженеры продемонстрировали, как работает соединение вихревыми токами в новом дизайне генератора.)
By utilizing an eddy current coupling, the system can achieve better efficiency and lower wear.
(Используя соединение вихревыми токами, система может достигать большей эффективности и меньшего износа.)
The research focused on improving the performance of the eddy current coupling in high-speed applications.
(Исследование сосредоточилось на улучшении производительности соединения вихревыми токами в высокоскоростных приложениях.)
Although the term "eddy current coupling" itself is not part of common idiomatic expressions, the concepts related to eddy currents can be metaphorically used in engineering discussions. Below are some engineering-related idiomatic expressions that could involve related concepts:
"The project hit a snag due to unforeseen eddy currents in the design process."
(Проект столкнулся с препятствием из-за непредвиденных вихревых токов в процессе проектирования.)
"We need to get on the same frequency to avoid eddy currents in our collaboration."
(Нам нужно настроиться на одну волну, чтобы избежать вихревых токов в нашем сотрудничестве.)
"Without proper insulation, the eddy currents can cause significant losses."
(Без надлежащей изоляции вихревые токи могут вызвать значительные потери.)
The term "eddy" originates from the Old English word "ēdi," meaning "a whirl" or "a circular movement." "Current" comes from the Latin "currere," meaning "to run" or "to flow," referring to the flow of electric charge. "Coupling" derives from the Latin "copulare," meaning "to couple or join." Together, these terms illustrate the combined principles of swirling electric currents that can couple or connect systems through electromagnetic means.
Synonyms:
- Electromagnetic coupling
- Inductive coupling
- Magnetic coupling
Antonyms:
- Mechanical coupling (which does not rely on electromagnetic principles)
- Direct coupling (in which connections are made without induced currents)
This detailed overview provides a comprehensive understanding of "eddy current coupling" and its context within the field of engineering and electromagnetism.