1) 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。
2) excited triplet lifetimes
激发单重态寿命
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。
3) excited state lifetimes
激发态寿命
4) Triplet lifetime
三重态寿命
5) Excited-state life time
单线激发态寿命
6) excited state lifetime
激发状态寿命
补充资料:三重态
分子式:
CAS号:
性质:总自旋量子数为1的量子态。微观体系状态的多重性取决于其总自旋,即2S+1,其中S为总自旋量子数。当外层电子数是奇数时,其多重态为偶数,若外层电子数是偶数的体系,多重态为奇数。对于双电子体系,自旋平行时就得到三重态(2S+1=3),反平行时为单重态(2S+1=1)。
CAS号:
性质:总自旋量子数为1的量子态。微观体系状态的多重性取决于其总自旋,即2S+1,其中S为总自旋量子数。当外层电子数是奇数时,其多重态为偶数,若外层电子数是偶数的体系,多重态为奇数。对于双电子体系,自旋平行时就得到三重态(2S+1=3),反平行时为单重态(2S+1=1)。
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