1) charge-separated excited state
电荷分离激发态
1.
Investigation of the solvent effect of the photoinduced electron transfer and charge-separated excited state between tetracyanothylene and tetramethylethylene;
四氰基乙烯—四甲基乙烯体系光诱导电子转移的溶剂效应及电荷分离激发态研究
2) charge-separated state
电荷分离态
1.
The charge-separated state C?6-0 -Cz?+was observed in the near-IR region with its life of 0.
用激光光解时间分辨瞬态谱研究了N-甲基-2-(4'-N-乙基咔唑基)-富勒烯吡咯烷的分子内电荷转移过程,在近红外区观测到了长寿命电荷分离态C?6-0-Cz?+的存在,其寿命为0。
2.
A long lived charge-separated state may occur in the objective compound(1).
预测(1)可能在基态下产生长寿命的电荷分离态。
3.
A long lived charge-separated state may occur in the objective compound TTF - C60 - P.
理论预测TTF-C60-P衍生物在基态下产生长寿命的电荷分离态。
3) charge separation
电荷分离
1.
Nano-structure enhanced charge separation in optically excited TiOPc/C_(60) thin films
纳米结构C_(60)薄膜对TiOPc电荷分离的增强作用
5) long lived photo induced charge separation
长寿命电荷分离态
6) Excited state ionization of amino group
氨基激发态酸式电离
补充资料：超激发态
原子或分子的激发能高于电离电位而没有导致电离的一种瞬时存在的激发态，在原子或分子的右上角加≠表示。超激发态是一个不稳定状态，处于超激发态的分子具有大大超过分子中化学键离解能的能量，极易解离成分子碎片,这些分子碎片中必有一个处在激发态：AB≠─→A*+B。超激发态也可能通过预电离分子来衰减能量：AB≠─→AB++e。
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