太阳暴携带着一股电子及其他带电粒子冲击了地球，与大气的空气相互作用生成了极光。
Solar storms bombard Earth with a stream of electrons and other charged particles that interact with gases in the atmosphere to generate colorful aurora.
因此，主相时所观测到的极光，并不是由于地磁场的平缓下降使小投掷角电子注入大气层而形成的。
This means that the excitation of aurora during the main phase can not be attributed to the precipitation of electrons into atmosphere caused by the slow change of geomagnetic field.
极光出现于夜空中，是高能粒子，主要是电子，从地球的磁层进入高层大气时而产生的明亮光芒。
An aurora is a bright glow that occurs in the night sky when energetic particles, mostly electrons, enter the Earth's upper atmosphere from the magnetosphere.
它携带一个方向向上的平行电场，加速极光电子形成分立极光。
With a parallel upward electric field, it accelerates the auroral electrons and forms the discrete aurora.
这些电子产生了电效应，如极光，或北极光，造成无线电传送的中断，在大气层的上方出现臭氧量的激增。
These electrons create electrical effects, such as the aurora borealis, or northern lights, cause the disruption of radio transmissions, and increase the amount of ozone in the upper atmosphere.
分析了调频调光法的工作原理，并采用自行设计的电子线路实现了LVD感应无极光源的调频调光。
The principle of the frequency-control dimming is analyzed and the dimming of the LVD induction Electrodeless Lamp is achieved by the circuit designed by ourselves with this principle.
分析了调频调光法的工作原理，并采用自行设计的电子线路实现了LVD感应无极光源的调频调光。
The principle of the frequency-control dimming is analyzed and the dimming of the LVD induction Electrodeless Lamp is achieved by the circuit designed by ourselves with this principle.
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