电容产生电场，线圈生成磁场，电路中的能量就在电场和磁场之间高速振荡。
The energy within this circuit oscillates rapidly between an electric field in the capacitor and a magnetic field in the coil.
振荡频率由电容储存电荷的能力，以及线圈生成磁场的能力所共同决定。
The frequency of this oscillation is controlled by the capacitor's ability to store charge and the coil's ability to produce a magnetic field.
于是电子受到电磁场的影响而来回振荡， 也因此消耗了光部份的能量。
So the electronic consumes part of the energy of light, oscillating back and forth due to the impact of electromagnetic field.
同时利用CMOS多谐振荡电路产生窄脉冲电流序列对前面处理过的非晶带进行激励，制作成灵敏度高、稳定性好、功耗低的弱磁场传感器。
A sensitive, stable and low power consumption magnetic sensor is constructed using a CMOS multivibrator circuit, in which a sharp pulse train current is applied to the treated amorphous ribbon.
流过线圈的振荡电流产生一个振荡磁场。
The oscillatory current flowing in the coil produces an oscillating magnetic field.
阿电容式接近开关工程高的振荡电路，产生的积极传感器表面磁场的电磁通过一个电容手段的频率。
A capacitive proximity switch works with a high frequency oscillating circuit that creates an electromagnetic field on the active sensor surface by means of a capacitor.
结论：SPCPGM具有药物缓释功能，振荡磁场可重复性增加体系中药物的溶出，此体系药物缓释周期超过3周。
Conclusion: Oscillating magnetic fields could promote drug release of SPCPGM repeatedly and the release of this system lasted more than 3 weeks.
可是网格造价昂贵，而所需的振荡电磁场严重的扭曲了原子能级。
However, lattices come with a price. Their oscillating electromagnetic fields typically and severely distort atomic energy levels.
盾构相结合的直接和振荡电流进入谐振变压器，以提供更高水平的电磁场的保护。
The Shield combines direct and oscillating current into a resonant transformer to provide increased levels of EMF protection.
金属中的表面等离子体共振是描述其导带电子在电磁场作用下集体振荡的一个物理概念。
Plasmonic behavior of metal is a physical concept that describes the collective oscillation of conducting electrons in it.
其传感器是利用对磁场具有高灵敏度的钴基非晶态合金丝作为敏感材料，并采用单磁芯双绕组结构、多谐振荡桥励磁，它是一种体积小、性能高的新型磁场传感器。
Using single amorphous-core and double-winding as the sensitive element excited by multivibrator bridge, a kind of weak magnetic sensor with small size and high performance is developed.
电场和磁场是由振波以固定频率振荡而形成的。
The electric and magnetic fields are formed due to a passing wave oscillating at a regular frequency.
简要分析了在考虑重力作用的情形下，带电粒子在恒定磁场和振荡电场中的运动状态，求得了其运动方程，并就拉莫频率和振荡频率的关系进行了讨论。
The motion equation of the moving charged particle is obtained, and the relation between the Lamor frequency a and the oscillation frequency wis discussed as well.
研究结果表明，量子点的平均电子占据数呈现梯级特征，且在梯级上随磁场呈现周期振荡；
The numerical results show that the average occupation number of electrons in the QD exhibits staircase features and oscillates with the magnetic flux through the AB ring on the upward stairs;
研究结果表明，量子点的平均电子占据数呈现梯级特征，且在梯级上随磁场呈现周期振荡；
The numerical results show that the average occupation number of electrons in the QD exhibits staircase features and oscillates with the magnetic flux through the AB ring on the upward stairs;
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