- 1. But Faraday cages can be costly.
- 但是法拉第笼很烧钱。
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- 2. The first one, again, is by Faraday.
- 第一个，由法拉第研究出。
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- 3. But Faraday cages can be costly.
- 然而法拉第笼造价昂贵。
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- 4. Do you know who is Faraday?
- 你们知道谁是法拉第吗？
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- 5. Faraday conducted electrolysis of silver.
- 法拉第做了银的电解实验。
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- 6. Michael Faraday makes the first electric motor.
- 法拉第创建了第一个电动马达。
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- 7. Faraday used no mathematics at all to prove his rule.
- 法拉第完全没有用数学方法来证明他的定律。
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- 8. It was Faraday who first discovered electromagnetic induction.
- 正是法拉第首先发现了电磁感应现象。
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- 9. Faraday was the scientist who discovered electromagnetic induction.
- 法拉第是发现电磁感应的科学家。
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- 10. Michael Faraday, the 21-year-old son of a blacksmith, had a lucky break.
- 迈克尔·法拉第是铁匠的儿子，幸运的他在21岁事业便有了突破。
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- 11. So I want to be physics like Faraday The end of my speech, thank you.
- 因此，我要成为一个像法拉第的物理学我的发言结束，谢谢。
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- 12. The induction phenomenon was described by Michael Faraday in England in 1831.
- 该感应现象被描述1831年在英国的迈克尔·法拉第。
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- 13. On carrying our his experiment, Faraday discovered electromagnetic induction.
- 在进行实验时，法拉第发现了电磁感应现象。
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- 14. And building a conventional Faraday cage round a naval vessel would be horribly expensive.
- 而且，为一艘军舰造一个常规的法拉第笼会非常昂贵。
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- 15. In recent times the Faraday effect has been put to even more exciting and promising USES.
- 目前，法拉第效应还有更令人鼓舞的，有前途的应用。
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- 16. Sampson talked about how Faraday wants to find new ways to connect people to the larger world.
- 桑普森谈到，法拉第如何利用新方式将人类与更广阔的世界联系在一起。
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- 17. The discovery was foreseen more than 150 years ago by Michael Faraday, the father of electricity.
- 电学之父法拉第早到150年前就预见了这个发现。
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- 18. During the recent trial, Kirschvink and his team built a Faraday cage to test the ability in humans.
- 在最近的实验中，乔和他的小组建了一个法拉第氏罩，骊设想测试人类的磁场感应能力。
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- 19. A changing magnetic field, of course, gives rise to an electric field, as had been established by Faraday.
- 当然一个变化的磁场会产生电场，就像法拉第做的那样。
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- 20. It consists of a polarizing splitter, a polarizing combiner, a Faraday rotator and a half-wave plate.
- 器件由偏振分离器、偏振组合器、法拉弟旋转器及半波片组成。
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- 21. Faraday cup can have virtually any dimensions, depending on the size and shape of the object to be tested.
- 法拉第杯的形状可以各式各样，决定于被测物体的尺寸和形状。
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- 22. Charge measurement Applications: Capacitance measurements, static charge measurements using a Faraday cup.
- 各种电荷测量的应用：电容测量、使用法拉第杯的静电电荷测量等。
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- 23. According to traditional theory that Faraday rotation Angle was mainly due to the electric-dipole transition.
- 按照传统的理论，法拉第旋转角主要是由于电偶极跃迁所形成的。
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- 24. The separate detecting system of detecting Verdet constant of solute is designed based on Faraday effect principle.
- 文章基于法拉第磁光效应原理，设计了溶质维尔德常数分离检测系统。
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- 25. This paper describes the principle, device and experimental results of magneto-optics modulation applying Faraday effect.
- 本文介绍利用法拉第效应进行磁光调制的原理、装置和实验结果。
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- 26. Michael Faraday discovered in 1831 that an electric current flowing in a wire induces a secondary current in a neighbouring wire.
- 1831年，迈克尔·法拉第(Michael Faraday)发现，在一根电线内流动的电流会在邻近的一根电线内产生次级电流(secondarycurrent)。
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- 27. Michael Faraday discovered in 1831 that an electric current flowing in a wire induces a secondary current in a neighbouring wire.
- 1831年，迈克尔·法拉第(Michael Faraday)发现，在一根电线内流动的电流会在邻近的一根电线内产生次级电流(secondarycurrent)。
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