1) optical transition decay rate
光跃迁驰豫速率
1.
Using half-classical theory, in ?-shaped level scheme of P 3+ r: YSO crystal, both instantaneous and stable value of the absorption for the probe field is numerically resolved at different optical transition decay rate and spin transition decay rate, respectively.
运用半经典理论 ,在Pr3 + :YSO晶体Pr离子 -型三能级系统中 ,求解了探测光吸收在不同光跃迁驰豫速率与自旋跃迁驰豫速率下的瞬态及稳态解 ,得到了电磁感应透明现象 ,分析了两种驰豫对电磁感应透明的影响 ,从而揭示了掺稀土离子晶体中电磁感应透明对温度的依赖性。
2) spin transition decay rate
自旋跃迁驰豫速率
1.
Using half-classical theory, in ?-shaped level scheme of P 3+ r: YSO crystal, both instantaneous and stable value of the absorption for the probe field is numerically resolved at different optical transition decay rate and spin transition decay rate, respectively.
运用半经典理论 ,在Pr3 + :YSO晶体Pr离子 -型三能级系统中 ,求解了探测光吸收在不同光跃迁驰豫速率与自旋跃迁驰豫速率下的瞬态及稳态解 ,得到了电磁感应透明现象 ,分析了两种驰豫对电磁感应透明的影响 ,从而揭示了掺稀土离子晶体中电磁感应透明对温度的依赖性。
3) transition rate
跃迁速率
4) transition frequency
跃迁频率<光>
5) Non-radiative decay rate
无辐射跃迁速率
6) tansition prbability of two-photon
双光子跃迁几率
补充资料：驰光
1.光芒飞射。喻迅疾。 2.流逝的时光。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条