- 更多网络例句与自感现象相关的网络例句 [注：此内容来源于网络，仅供参考]
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This paper points out the method of successful demonstration experiment by analyzing the experiment elements of LC oscillator, Lenz's Law, self inductance phenomenon, single phase AC and three phase AC characteristic.
从分析实验原理出发指出使LC振荡、楞次定律、自感现象、单相和三相交流电特性等实验容易演示成功的方法。
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The paper analyses the self inductance phenomenon when the circuit is on and off.
文章分析了线路通电和断电时的自感现象及断电时的危害。
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The question of over-voltage often exists in a inductance circuit,which was defined through analysis of a classic self inductance experiment.
通过对经典自感实验电路的分析，指出了电感电路中往往存在着过电压现象。
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Electromagnetics course mainly including basic phenomena and laws of electro- magnetics, electrostatic field in vacuum, in conductor and in electric medium, electric energy, stabilized current, stabilized magnetic field and its basic laws, electric and magnetic fields caused by a moving chager in lower speed, the transform of electric and magnetic fields between different systems of coordinates, inductive laws, eddy field, self inductance, mutual inductance and transient, molecule current and magnetic substance, ferromagnet, boundary conditions, magnetic circuit theorem, energy of magnetic field and density of magnetic energy, displacement current, Maxwell's equation, electromagnetic wave, Poynting vector.
电磁学课程的主要内容包括：静电的基本现象和基本定律，真空中的静电场，导体和电介质中的静电场，电场的能量与电场能量密度，稳恒电流，稳恒电流磁场的基本定律，运动电荷的电磁场，不同参照系之间电磁场的变换，电磁感应定律，涡旋电场，互感，自感，暂态过程，分子电流与磁介质，铁磁体，边界条件，磁路定理，磁场的能量和磁能密度，位移电流， Maxwell 方程组，电磁波和玻印廷矢量等。
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Using simple device, the demonstration experiments of demagnetization and self induction are redesigned.
利用简易装置对高中教材中的退磁和自感演示实验进行了再设计，介绍了演示方法，并对实验现象给出了解
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For example their understanding of the phenomenon of self-induction is not deep, so questions are often wrong, then they put out the fault in this matter and important topics together in practice and reflection, I found to know but did not understand the physical laws, to find a general way to answer this problem, such as from where to start with, what are the formula and so on.
比如们对自感现象理解不深，做题常常出错，那么就把们在这个问题上出过错的和重要的题目集中起来，在练习和思考中，发现知道但是并没有理解的物理规律，找到解答这种问题的一般途径，如从什么地方下手，用什么公式等等。
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When the effect of inductance is such as to cause an induced voltage in the salne circuit in which the changing current is flowing, the term self-induction is applied to the phenomenon.
当电感效应在变化的电流流过的同一电路里足以引起感应电压时，我们就用"自感"这个词来描述这一现象。
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When the effect of inductance is such as to cause an induced voltage in the salne circuit in which the changing current is flowing,the term self-induction is applied to the phenomenon.
当电感效应在变化的电流流过的同一电路里足以引起感应电压时，我们就用"自感"这个词来描述这一现象。（such as引导的不定式短语to cause。……表示结果。）转贴于：口译笔译考试
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A phenomenon called self-induction is at work here: as the current oscillates, the magnetic field around the wire changes, too, inducing voltages that slow the oscillation.
这里运用了一种「自感现象」：当电流振盪时，金属线周围的磁场也会改变，产生使振盪减慢的电压。
- 更多网络解释与自感现象相关的网络解释 [注：此内容来源于网络，仅供参考]
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mutual inductance：互感(应)
电感含有自感应(Self-Inductance)及互感应(Mutual Inductance)等两部份. (1)所谓"自感"是指导体中有电流流动时,其周围会产生磁力线. 每当电流出现变化时磁力线也随之变化,此时会发生一种阻止磁力线变化之"反电动势",此种现象称为"自感应"作用,
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self-induction：自感应现象
self induction voltage 自感电压 | self induction 自感应现象 | self inductor 自感线圈