The atoms are excited by these collisions, and they typically emit light as they return to their original energy level.
原子被这些碰撞而激发，它们为了返回原来的能级，通常会发出光亮。
The energy was excited to a level never seen before.
这一能量被激活到一个前所未有的水平。
Our results suggested that the research of polarizedluminance will benefit the study of excited and exciting energy level, transition probability, and delay mechanism in nano semiconductor.
证明了偏振荧光有助于研究纳米半导体的受激能级、发射能级、跃迁概率和迟豫机制。
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