oscillator strength

英 [ˈɒsɪleɪtə(r) streŋθ] 美 [ˈɑːsɪleɪtər streŋθ]

振子强度

化学



双语例句

  1. Theoretical Research on the Energy Structure and Oscillator Strength of Excited States for Cu~ ( 26+) Ion
    Cu~(26+)离子激发态的能级结构和振子强度的理论研究
  2. The Relativistic Correction to Oscillator Strength Sum of Hydrogenic System
    类氢离子系统振子强度总和规则的相对论修正
  3. Energy and oscillator strength of Sc~ ( 18+) ion
    Sc~(18+)离子的能量和振子强度
  4. The fundamental physics determining such excitonic properties in GaN-based quantum-well structure, as exciton binding energy and exciton oscillator strength is investigated.
    采用变分法,计算了GaN基量子阱中激子结合能和激子光跃迁强度。
  5. Minima of oscillator strength densities for excited atoms
    激发态原子振子强度密度极小点
  6. Thus, we can define the generalized oscillator strength density as the strength per unit excitation energy.
    因此可以定义每单位激发能内的广义振子强度为广义振子强度密度。
  7. The differential cross section is propotional to the so called generalized oscillator strength.
    微分截面正比于广义振子强度。
  8. Oscillator strength tends to a steady value with increasing configuration functions.
    振子强度随着组态函数的增加而趋近一个稳定值;
  9. The energy spectra and oscillator strength of Rydberg sodium atoms in the uniform magnetic fields have been calculated using basis set method combined with model potential.
    用B样条基组展开方法结合模型势计算了里德堡钠原子抗磁谱和相应的振子强度谱。
  10. We discuss the of completeness properties, particle number distribution, oscillator strength distribution and the minimal uncertainty principle of the q-Glauber coherent states, and point out that the coherent degree of the q-Glauber coherent state can be described by the parameter q.
    还讨论了q-Glauber相干态│a>q的完备性、粒子数分布、振子强度分布和最小测不准关系,指出q-Glauber相干态│a>q的相干程度可以用q参数来描述。
  11. The Oscillator Strength of r band system of NO molecule has been found by using couple-pole approximation.
    在偶极近似下,计算了NO分子r系的振子强度,其值为0.00214,与实验值相符甚好。
  12. Study of transition and oscillator strength for Li-like ions of cl, ca and SC element
    类锂离子氯、钙、钪的能级跃迁几率和振子强度的计算
  13. At PM3/ CIS level, the vertical excitation spectra were calculated and the vertical excitation energies and corresponding oscillator strength from the ground states to the excited states are obtained.
    在PM3/CIS水平上计算了它们的电子光谱,得到了由基态到各激发态的垂直跃迁能和相应的振子强度。
  14. Taking the lithium atom as an example, we present here a summary of the variations of the generalized oscillator strength density with respect to excitation energy as well as momentum transfer. Comparing with recent accurate experimental data, the validity of Born approximation is discussed.
    本文以Li原子为例,总结其广义振子强度密度随激发能量和动量转移而变化的规律,并和最近精确的实验结果进行了比较,明确了Born近似的适用范围。
  15. It can accurately measure the absolute photoabsorption, photoionization and photodissociation cross sections, photoionization quentum yields and optical oscillator strength distributions of molecules.
    其主要特点是使用圆筒形多级电极收集光电离产生的电子和离子,并能精确地测量分子的绝对光吸收、光电离和光离解截面,以及光电离量子产率和光学振子强度分布等。
  16. Calculation of the Energy Levels and the Oscillator Strength of
    N2~+的能级结构及振子强度的计算
  17. The application of the CI method to calculation of the oscillator strength of band system of molecule
    组态互作用法在分子带系振子强度计算中的应用
  18. The photoionization efficiency curve and the partial optical oscillator strength densities for different fragments of CO was determined by this work.
    利用该装置测量了一氧化碳分子的光电离效率曲线及其离子碎片的部分光学振子强度密度。
  19. The dependence of laser line oscillator strength on nuclear charge has been illustrated.
    分析了长波长与短波长激光线振子强度随电荷数的变化规律及其相互竞争关系。
  20. In this paper, the method of transition oscillator strength from singly ionized Kr atomic level lifetimes are described, and main results are discussed.
    阐述了用束箔方法通过测量单电离态Kr原子强跃迁谱线的能级寿命来确定振子强度f值的方法,并对确定出的强跃迁谱线的能级吸收振子强度进行简要讨论。
  21. The effect of configuration function on oscillator strength
    组态函数对振子强度的影响
  22. It is found that the amount of magnetooptic active Ce ions, energy level splitting, oscillator strength of electric dipole transition, and so on can influence the Faraday effect, it is confirmed that Ce3+ ions greatly enhanced magnetooptic Faraday effect.
    理论分析表明,Ce:YIG中磁光活性离子Ce3+的数目、能级分裂的程度、电子跃迁的几率和电子跃迁的振子强度均对磁光法拉第效应有影响。
  23. Study of the oscillator strength of some strong transition from singly ionized Kr atom
    单电离态Kr原子强跃迁能级振子强度的研究
  24. A lower transition energy with a larger oscillator strength and a larger transition moment will lead to a larger second-order NLO response in alkali-metal carborane.
    碱金属碳硼烷具有较低的跃迁能,较高的振子强度以及较大的跃迁偶极矩导致其具有较高的二阶NLO响应。
  25. And according to the length oscillator strength and quantum theory, and has realized to any given initial state to the corresponding Rydberg series bound states-continuous state transition dipole oscillator strength calculation of density.
    并且根据长度规范下的振子强度和量子亏损理论,实现了对任意给定初态到相应Rydberg系列束缚态-连续态的偶极跃迁振子强度密度的计算。
  26. Moreover, coefficients of Van der Waals interaction between two ground state hydrogen atoms were calculated on the basis of the relationship between oscillator strength and coefficients of Van der Waals of hydrogen atom, this is verified to be a more convenient method.
    此外,利用振子强度与范德瓦耳斯色散系数关系计算了两个基态氢原子之间的范德瓦耳斯色散系数,且为此提供了一个比较简单的计算方案。
  27. A vibrational resolved doubly excited state was measured for the first time. Furthermore, an inner-valence excited state was also measured, and the generalized oscillator strength of the inner-valence transition was calculated.
    首次测量到一个振动分辨双电子激发的超激发态,同时也测量到一个内价跃迁的超激发态,并计算了这个内价跃迁的广义振子强度。
  28. Dinger equation is solved numerically by diagonalization method, Stark maps, avoided crossing and oscillator strength for Li are investigated.
    先通过对角化方法数值求解了静电场中锂原子的定态薛定谔方程,研究了里德堡锂原子Stark能级的能级图,能级反交叉和吸收振子强度。
  29. The plasma screening effects on energy levels, oscillator strength of bound-bound transitions and photoionization cross sections of hydrogen atom are studied.
    首先使用Debye模型研究了等离子体屏蔽对氢原子能级、束缚-束缚跃迁的振子强度和光电离截面的影响。