激发态寿命

  • 网络lifetime of excited state
激发态寿命激发态寿命
  1. 通过理论拟合实验结果得到了CS2的双光子吸收系数、激发态吸收截面以及激发态寿命。

    The two photon absorption coefficient , the excited absorption cross section and the lifetime of excited state of CS2 are obtained .

  2. ~(57)Co激发态寿命的测量

    Measurement of  ̄( 57 ) co excitation state 's life-span

  3. 类氧铥离子辐射跃迁几率和激发态寿命的GRASP计算

    Grasp calculation of radiative transition probabilities and radiative lifetimes for 0 like TM ion

  4. ZnS:Cu,Nd,Cl薄膜直流电致发光的激发态寿命和光谱强度

    The lifetimes of excited states and spectral intensities of DCEL in zns : cu , nd , cl thin films

  5. ~(76)Kr的激发态寿命测量

    Lifetime measurements of excited states in ~ ( 76 ) kr

  6. BCS非晶超导体中的TLS激发态寿命

    TLS excited state lifetime in BCS amorphous superconductors

  7. 然而传统的IrⅢ配合物在可见区的吸收很弱并且其三重激发态寿命很短,这严重影响了其在新兴的领域(光催化、光动力治疗和TTA上转换等)中的应用。

    However , traditional Ir ⅲ complexes show weak absorption of visible light and short triplet excited state lifetimes that affects the newly developed applications ( photocatalysis , photodynamic therapy and TTA upconversion ) seriously .

  8. 测量了它们的激发态寿命.首次提出铽资合物标记蛋白质中蛋白质对Tb3+离子发光无影响.建立了液相中竞争性的人血清白蛋白的荧光免疫分析法。

    It is suggested that the exist of HSA has no influence on Tb3 + luminescence in HSA labelled with Tb3 + - chelate . The competitive fluoroimmunoassay for determination of HSA in aqueous solution was established .

  9. 新型红外染料的光谱和激发态寿命

    Spectra of new infrared dyes and their excited state lifetime

  10. 采用空心阴极放电灯的激光感生荧光技术测量氖和铜原子高激发态寿命

    Lifetime measurement of high excited states of atoms using laser-induced fluorescence technique

  11. 束箔方法测量激发态寿命及其误差

    The measurement of lifetime of excited states using beam-foil method and its errors

  12. 铀原子高激发态寿命测量

    Measurement of lifetime of highly-excited atomic uranium levels

  13. 类氢及碱金属原子激发态寿命的半经典计算公式

    Semiclassical formula for the radiative lifetimes of excited states of the hydrogenlike and alkali metal atoms

  14. 本文阐述了束-箔方法测量原子、分子离子激发态寿命的原理和优点,阐述了我们的实验过程和得到的一些结果。

    The principles and advantages of measuring lifetime of atomic and molecular excited states using the beam-foil method are described .

  15. 观察掺铒硫化锌膜在直流场致发光中,温度变化对发射谱线线宽、强度、峰值位置及激发态寿命的影响。

    The influence of temperature on the linewidths , intensities , peak positions and excited-state lifetimes of electroluminescent emission lines in zinc sulphide thin flim doped with erbium was investigated .

  16. 本文着重讨论了三种新型红外染料的光谱性质(吸收光谱,荧光光谱,激发态寿命和相对量子产额),并比较分子结构上的差异所造成的影响。

    In this paper the author discusses emphatically the spectral properties ( absorption spectrum , fluorescence spectrum , excited lifetime and relative quantum yield ) of three new dyes and compares their differences which come from the molecular structure .

  17. 铼配合物具有高的室温磷光量子效率、相对较短的激发态寿命和出色的热稳定性,对它们的发光机理及性能的研究可以加深对电致发光的认识和开发新型高效电致发光材料。

    It is well known that they feature high room-temperature phosphorescence quantum yield , relatively short excited state lifetime , and excellent thermal stability . Study these complexes is important to exploit novel types of EL materials and understand the EL mechanism deeply .

  18. 稀土离子具有长的激发态寿命,并在可见光区有强的发射带,将稀土离子键合到聚硅氧烷骨架制成稀土聚合物发光材料,可以改善发光稀土配合物的应用性能,引起了人们的广泛关注。

    Lanthanide ions have long-lived excited state and efficient strong narrow-width emission bands in the visible region . The properties of the luminescent composite materials , which can be improved by covalently grafting the lanthanide complexes to the polysiloxane backbone have attracted great attention .

  19. NH2自由基电子激发态荧光寿命的理论计算

    Theoretical investigation on the emission lifetime of electrical excited state for NH_2 radical

  20. 原子两步激发禁戒态寿命及环境辐射的影响

    Lifetimes of forbidden transition states for two-step excitation of atom and influence of environmental radiation

  21. 瞬态射频光电流谱在测量等离子体动力学参数及高激发态能级寿命的应用

    Applications of TROGS on the Measurement of Plasma Dynamical Parameters and Atomic High Excited State Lifetime

  22. 随着掺杂离子浓度的上升,Cr3+离子的激发态能级寿命逐渐降低。

    The lifetime of excited states of Cr3 + ions decrease with the increasing of Cr3 + concentration . 2 .

  23. 结果表明,虚光子过程使原子处在激发态的寿命缩短,并导致原子的基态能漂移。

    It is shown hat the process of virtual photons shortens the lifetime of atom in excitation state , and remits in drift of energy levels of the ground state of atom .

  24. 本文报导瞬态射频光电流技术在测量等离子体中原子亚稳态寿命、电子碰撞损耗率及高激发态能级寿命方面的应用。

    This paper reports some applications of transient radio frequency optogalvanic spectros-copy . ( TROGS ) to the measurements of lifetime and electron collision loss rate of the ato-mic metastable state and the lifetime of atomic high excited state in plasma .

  25. 环境辐射对原子高激发能级Stark态寿命的影响

    Influence of environmental radiation on lifetimes of stark states in highly excited atom

  26. 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。

    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 .

  27. 铥原子激发态自然辐射寿命的测量

    Measurement of natural radiative lifetime of excited levels of Tm atoms

  28. 在此基础上,与相关配合物进行了比较,探讨了取代基及其取代位置对酞菁锌配合物的吸收光谱、激发单重态寿命及激发三重态寿命的影响。

    Based on these results , we discuss the effect of substituted group and substituted position on the UV-Vis absorption spectra , fluorescence spectra and excited singlet lifetimes , transient absorption spectra and excited triplet lifetimes of zinc phthalocyanines by compare to relative compounds .

  29. 分步激发光电流谱测量Ne高激发态寿命

    Lifetime measurement of high excited states of neon using stepwise excitation optogalvanic spectroscopy