electric dipole transition

英 [ɪˈlektrɪk ˈdaɪpəʊl trænˈzɪʃn]

美 [ɪˈlektrɪk ˈdaɪpoʊl trænˈzɪʃn]

电偶极跃迁

This paper reports on the method of derivation for electric dipole oscillator strengths and spontaneous transition probabilities from the classical oscillator model, gives the different expressions for oscillator strengths and spontaneous transition probabilities under the conditions with some related physical quantities in different units.
本文报导了从经典振子模型推导偶极振子强度和自发跃迁几率的方法，给出当其中有关的物理量采用不同的单位时，振子强度和自发跃迁几率的不同表达形式。
Electric Dipole Transition Enhancement Effect of Hyper Raman Process in OPFIRL
OPFIRL中超喇曼过程的电偶极跃迁增强效应
It is found that the amount of magnetooptic active Ce ions, energy level splitting, oscillator strength of electric dipole transition, and so on can influence the Faraday effect, it is confirmed that Ce3+ ions greatly enhanced magnetooptic Faraday effect.
理论分析表明，Ce：YIG中磁光活性离子Ce3+的数目、能级分裂的程度、电子跃迁的几率和电子跃迁的振子强度均对磁光法拉第效应有影响。