1) triply excited state
三激发态
1.
Aim To study the structure of energy level, electronic cooperation and the Auger width of Li like system O +5 s triply excited state.
目的研究类锂Ｏ＋５的三激发态能级结构、电子间的关联效应以及自离化宽度。
2) excited triplet state
激发三重态
1.
The self quenching rate constants (k sq ) of excited triplet states of quinoxalines and the rate constants (k q) for the reactions between excited triplet states of 1,2 and three electron poor alkenes are determined respectively by using 266nm laser at room temperature.
利用时间分辩激光诱导瞬态吸收光谱装置 ,以 2 6 6nm激光为激发光源 ,两种喹喔啉衍生物为光敏剂 ,三种缺电子烯为猝灭剂 ,得到了喹喔啉衍生物激发三重态在乙腈体系中的瞬态吸收光谱 ,并且测定了喹喔啉衍生物的激发三重态自猝灭反应动力学常数以及缺电子烯对三重态的猝灭反应动力学常数 。
3) Excited triplet states
激发三线态
4) excited singlet lifetimes
激发三重态寿命
1.
The UV-Vis absorption spectra,fluorescence spectra and excited singlet lifetimes,transient absorption spectra and excited triplet lifetimes of novel tetra-α(β)-(4-pyridyloxy) zinc phthalocyanines were measured in this paper.
测定了新合成的α位取代和β位取代的四-(4-吡啶氧基)酞菁锌配合物的UV-Vis吸收光谱、荧光光谱及激发单重态寿命、纳秒瞬态吸收光谱与激发三重态寿命。
5) Excited state
激发态
1.
Potential energy function for the excited state b~1∑_g~+ of the molecule O_2;
O_2分子激发态b~1∑_g~+的势能函数
2.
The effect of external electric field of excited states for Plutonium dihydride;
PuH_2分子激发态的外场效应
3.
The effects of exchange parameter model on Na atom excited states energy levels;
X_α交换参数对钠原子激发态能级的影响
6) MLCT excited state
MLCT激发态
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