测量了它的荧光发射谱,搞清了它的主要跃迁通道。
Its fluorescent emission spectra were measured and the main transition channel were recognized clearly.
本文给出了这一规则的证明,并应用此规则计算了光的发射与吸收的跃迁几率。
This paper gives the proof of this rule, and applies this rule to calculate the transition probability of the emission and absorption of light.
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。
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.
So this means that we can go directly from the energy between two levels to the frequency of the photon that's emitted when you go between those levels.
这意味着我们可以直接,从两个能级的能量得到它们之间,跃迁发射出光子的频率。
应用推荐