由于B 2 Π 与C 2 Π 两能态对称性 相同造成电子耦合(electronic coupling)以及a 4 Π 与B 2 Π 能态的自旋轨 道作用(spin-orbit interaction)，因此皆为C 能态的解离途径。
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The films were chemically treated with solvents to enhance electronic coupling between the two materials.
薄层经过化学溶剂处理以增强两种材料间的电子耦合。
The jointed effects of the electronic coupling and solvent relaxation time on the rates are also explored.
模拟过程中还研究了电子耦合强度和溶剂弛豫时间对电子转移反应速率的影响。
The interference of Nuclear Electromagnetic Pulse on electronic equipment is serious by lead coupling.
核电磁脉冲通过导线耦合对电子电气设备产生严重的干扰。
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