faraday

1. In the study of Terrestrial Magneto-Electric Induction, Faraday finds out the relations among electric force, electricity, and electric obstacle, he then reveals the contents of Ohms Law.
   通过研究地磁电感应现象，法拉第发现了电力、电流和电阻三者之间的相互关系，揭示了欧姆定律的内容。
2. Research for Measurement of Electromagnetic Quantity with Laser and Faraday Effect
   利用激光及法拉第效应测量电磁量的研究
3. Using a Faraday's cage is another good mechanism for reducing the problems caused by EMC.
   使用法拉第笼是另一个可以减少EMC引起问题的不错机制。
4. A new magnetic field measurement based on the Faraday effect and the measurement of differential group delay ( DGD) in fiber grating was proposed.
   提出了一种利用光纤光栅中法拉第效应和测量差分群时延（DGD）的直接测量磁感应强度的新方法，给出了理论分析和实验结果。
5. 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。
6. We study the Faraday rotation of polarization of a probe field in a cold, coherently driven five-level system with an M-type configuration.
   我们研究了一个冷却、相干的五能级原子系统中入射探测光的偏振状态的法拉第旋转。
7. However, the Faraday generator has changed everything.
   但是，法拉第的发电机终于改变了一切。
8. That electrically charged particles reside within atoms had been surmised since the time of Faraday.
   从法拉第的时代起，人们就已推测到，在原子内存在着带电的粒子。
9. Many great discoverers like Faraday had no formal education at all.
   许多像法拉第那样的大发明家都没有受过任何正规的教育。
10. Lead as impurity in RIG ( rare earth iron garnet) Faraday rotators used for fibre optic communications systems.
    于光纤通讯系统稀土铁石榴石法拉第旋转器中作为杂质的铅。
11. Faraday effect in magneto-optic glass fiber and its application to all-fiber current transducer are studied in this thesis.
    本文对磁光玻璃光纤的磁致旋光效应及其在全光纤电流传感器中的应用进行了研究。
12. A Method for Measuring Completely the Faraday Effects and Losses in Optical Mirror Coated
    一种完整测量膜片法拉第效应和损耗的方法
13. By means of Faraday's law of induction and Lorentz's formula of force, the relativity of induced electric field was given concisely.
    本文分别由法拉第电磁感应定律和洛仑兹力公式简明地导出了感应电场在不同惯性参考系中的相对关系式。
14. Study on Calibration of Proton Absorbed Dose of Alanine with Faraday Cup
    法拉第筒校准丙氨酸对质子吸收剂量技术研究
15. Calculation of Faraday longitudinal tension and side pressure together with electromagnetic force
    法拉第纵张力和侧压力及电磁力的计算
16. Faraday's theory has better empirical unity compared with Franklin's theory.
    与富兰克林的电流质说相比，法拉第的电磁学理论具有更大的经验统一性。
17. The main property of Faraday rotatory glass is the Verdet constant.
    旋光玻璃的主要性质为费尔德常数。
18. Faraday rings are incorporated into the ultra-low distortion motor, further reducing? harmonic distortion by as much as20dB.
    超低失真马达采用法拉第振铃，进一步降低谐波失真达20分贝之多。
19. The all-fiber magneto-optic switch researched in the Thesis is based on Faraday Effect of magneto-optical material.
    本文根据磁光材料的法拉第磁光效应设计全光纤磁光开关。
20. 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。
21. We have demonstrated Faraday longitudinal tension and side pressure with some examples and briefly introduced its application.
    对法拉第纵张力和侧压力作出了证明，通过例子进行了验证，并简要阐述了它的应用。
22. Soon after, Faraday began his researches into electricity.
    不久以后，法拉第便开始了对电的研究。
23. Faraday conducted electrolysis of silver.
    法拉第做了银的电解实验。
24. The first one, again, is by Faraday.
    第一个，由法拉第研究出。
25. Michael Faraday makes the first electric motor.
    法拉第创建了第一个电动马达。
26. Faraday joined the City Philosophical Society, of which he became a very keen member.
    法拉第加入了伦敦自然科学研究会，他成为该会一位很热心的会员。
27. A general calculation method to obtain the transmission spectrum of Faraday anomalous dispersion optical filter ( FADOF) is presented.
    报道了一种计算法拉第反常色散滤光器（FADOF）透射谱的普遍方法。
28. Based on our and other's study on Faraday anomalous dispersion optical filter ( FADOF), the principle, structure, property and various application of FADOF will be discussed in this paper.
    以我们对铯原子法拉第反常色散原子滤光器（FADOF）的研究为基础，结合其它FADOF的研究成果，介绍了FADOF的原理、特性、以及在滤波、鉴频、磁光调制等方面的应用。
29. For instance, cars and airplanes can act like Faraday cages.
    例如，汽车和飞机就能起到法拉第笼的作用。
30. Electromotive Force and Faraday's Law. Inductance, Energy in Magnetic Fields, Maxwell Equations.
    电动势及法拉第定律。电感，磁场中之能量，马克思威尔方程式。

noun

1. the English physicist and chemist who discovered electromagnetic induction (1791-1867)

   Synonym:    Michael Faraday