情况(3)是一种磁击穿现象。
通常所谓的雪崩式击穿现象爆发了。
气体击穿现象。
因此击穿电压的检测必须重视电介质击穿现象的电参数值的测量。
The exact determination of the breakdown voltage must therefore be attached to the measurement of an electrical value characteristic of the dielectric breakdown phenomenon.
这种检测方法避免了前种方法的缺点；它由击穿现象的实际属性来进行判别。
This mode of detection cuts out the defects of the previous method; it is justified by the actual nature of the breakdown phenomena.
模拟结果解释了实验观察到的雪崩击穿现象，并表明电子电流比空穴电流提前饱和。
The results explain the experimental observed phenomenon and demonstrate that the current contributed by electrons is saturated earlier than the hole current.
讨论了电路中开关接点之间的电击穿现象，分析了电击穿的物理过程，介绍了几种保护接点的方法。
This article discusses the puncture phenomenon of switch contact in a circuit, analyses its physics process and introduces some safeguards for switch contact.
论文对气体击穿现象进行了理论分析，最终确定出与微波输出功率相对应的最佳工作真空度，避免气体击穿现象的发生。
In this paper this phenomenon is analyzed theoretically, and finally the best vacuum degree in correspondence with different microwave power is found out to avoid this phenomenon.
通过分析影响开断过程电弧重击穿现象的主、要因素，本文提出了几种抑制开断过程重击穿现象、提高断路器限流特性的有效方法。
By discussing the influences of restriking phenomena, some effective methods are presented for restraining restriking phenomena and improving the performance of current limiting.
这种击穿一般为局部放电现象，对此我们将在后文中进一步分析。
The breakdown is always preceded by partial discharge phenomena that we shall analyze further on.
结果表明，脉冲co 2激光功率密度经三次反射激光聚焦系统达到空气击穿阈值，实验中观察到等离子体发光现象。
The results show: pulse power density from CO2 laser reaches air breakdown threshold through thrice reflecting focus system, and plasma radiation phenomena is observed in the experiment.
但是由于人体ESD往往涉及到非常复杂、易变的气体击穿过程，有些实验现象往往令人难以捉摸。
However, there are too many very complex, volatile gas breakdown process in human ESD field, some experimental phenomena is often elusive.
电线电缆电压试验中的“假击穿”现象主要是由高压试验设备的限定动作电流太小造成的。
The phenomenon "False Hitting" in the experiment of wire, cable and voltage was mainly caused by the small, fixed motion electrical current of high voltage experimental facilities.
实验过程中发现，推力器过热致使通道壁面变红，羽流颜色变成紫红色、阴极过热失效、阳极击穿等恶劣现象，甚至导致推力器熄火。
It is founded, in experiments, that thruster overheated make channel wall in red, plume into the color purple, cathode overheating failure, anode breakdown, and etc, even leading to thruster flameout.
模拟分析表明，一种反向势垒的存在及其击穿，应是引起负阻现象的原因。
An inner reverse barrier is simulated with the I-V curves, as shows that the negative resistance phenomenon is caused by the break down of the reverse barrier.
本发明改善了半导体器件的击穿电压特性，此外，在本发明的半导体器件中可以避免碰撞电离现象的发生。
The invention improves puncture voltage characteristic of the semiconductor device, in addition, collision ionization in the semiconductor device can be avoided.
模拟结果表明，原锥压式调节阀在开度较小的情况下介质发生了严重的汽化现象，气化率达90%以上，介质速度高，以至于底板被冲击至击穿。
It can be concluded that the medium has high speed and serious vaporization phenomenon of the original cone structure in the case of small opening, the vapor volume fraction is more than 90%.
文中对比现象作了，探讨认为它起因于准击穿时跃变空间电荷场的逆压电效应。
It is caused by the strain effect of crystal induced from jumped space change field.
这种电压分配不均现象可能会导致个别器件因受压过高而被击穿，进而引起整个串联电路的故障。
The devices which withstand over voltage maybe broken down and result in the fault of the whole circuit.
这种电压分配不均现象可能会导致个别器件因受压过高而被击穿，进而引起整个串联电路的故障。
The devices which withstand over voltage maybe broken down and result in the fault of the whole circuit.
应用推荐