激发态，受激态
1. 激发态：叶绿素溶液在透射光下呈绿色,而在反射光下呈红色,这种现象称为叶绿素荧光现象. 叶绿素为什么会发荧光呢?当叶绿素分子吸收光量子后,就由最稳定的、能量的最低状态-基态(GROUND STATE)上升到不稳定的高能状态-激发态(EXCITED STATE).
2. 激发状态：二价三价铁受到宇宙能量的波长影响,该铁原子的核旋转和电子旋转就发生变化,称为所谓激发状态(Excited state)而具有高阶能量. 从这种高阶能量的铁原子会放射出某种电磁波,即所谓气(Aura).
3. 激態：再用750,350cm~(-1)(或1110亦用)为分子在激态(excited state)时之振动数,而作一激态下之能力阶梯所得之能力图(energydiagram)可说明吸收光带之70%,发射光带之70%及弗光光带之一小部份,此能力图并不完全,故不能望其为最终者.
4. 受激态：excited energy level 受激能级 | excited state 受激态 | expansion 膨胀
1. Outgoing state superintendent Patti Harrington said she will miss Huntsman but is excited for state education leaders to work with Herbert.
2. " I feel like my game's coming around and obviously I'm excited about that, " Crane told The Capital Times and Wisconsin State Journal on Wednesday.