离子光谱

  • 网络ion spectrum
离子光谱离子光谱
  1. 与闪电过程有关的NⅡ离子光谱

    N ⅱ Ion Spectra Related to Lightning Discharges

  2. 并用最优化3d电子径向波函数计算了自由离子光谱,理论计算与实验进行了比较。

    The spectrum calculations of the free ions are in good agreement with experiments .

  3. 塞曼效应在Cl2~+及其同位素分子离子光谱标识中的应用

    Application of the Zeeman Effect to the Spectral Assignment of Cl_2 ~ + Including Its Isotopics

  4. ~(126)Xe~(q+)轰击Al表面产生的原子和离子光谱线

    Atomic and Ion ′ s Light Emission Spectra Induced by the Impact of ~ ( 126 ) Xe ~ ( q + ) on Al Solid Surface

  5. 基于加速器的束箔光谱法(BFS)是一种适于高离化态离子光谱分析的实验方法。

    Accelerator-based beam-foil spectroscopy ( BFS ) is an important method for spectroscopic studies of highly ionized atoms .

  6. 通过对氢及类氢离子光谱精细结构数据的研究发现,需要对Dirac提出的有关理论公式进行改进。

    Studying on spectrum fine splitting values of hydrogen and hydrogen-like ions , the Dirac 's theoretical formula of ones must be improved .

  7. 第一过渡族金属离子光谱参数的线性拟合

    The spectral parameters linear fitting of the first transition metal ions

  8. 氟化物晶体中低价稀土离子光谱结构及其价态稳定性

    Spectrum and Valence Stability of Low-valent Rare-earth Rons in Fluoride Crystals

  9. 高分辨氧分子离子光谱分析及氧分子负离子观测

    Rotationally-resolved Spectral Analysis of Oxygen Molecular Cation and Observation of Its Anion

  10. 氢及类氢离子光谱精细结构理论计算的改进

    The theoretical improving formula for spectrum fine splitting in hydrogen and hydrogen-like ions

  11. 分子离子光谱强度与母体分子气体压强的关系

    Dependence of the molecular ionic spectral intensity on the pressure of mother molecules

  12. 补态关系和稀土离子光谱中的电子-空穴对称性

    The Complementary Relation and the Particle-Hole Symmetry in the Spectrum of Rare Earth Ions

  13. 激光烧蚀铜产生原子和离子光谱线的研究

    Studies on Atomic and Ion Emission Spectrum Produced by Pulsed laser Ablation of Copper

  14. 类镍铱离子光谱跃迁研究

    Spectrum of the Ni Like Ir Ion

  15. 速度调制分子离子光谱信号对实验参量依赖关系研究

    Study of the dependence of velocity modulation molecular ions spectral signal on the experimental parameters

  16. 固体中配位体对稀土离子光谱参数的影响规律和机理

    The Law and Mechanism on Ligand Influencing the Spectral Parameter of Rare Earth Ion in Solid

  17. 自由基分子及分子离子光谱在天体演化、化学反应动力学、医学等方面具有重要意义。

    Free radicals and molecular ions play an important role in the study of interstellar medium , chemical reaction dynamics and medicines .

  18. 接着,我们介绍了通过拟合实验能级数据获得稀土离子光谱参量的方法以及本论文将会涉及到的计算稀土离子晶体场参数的两种简单模型:点电荷静电模型和叠加模型。

    Then , the method of fitting the experimental energy-level data and two simple calculation models for the crystal-field parameters ( Point charge electrostatic model and superposition model ) are presented .

  19. Ni2CdCl6·12H2O中Ni~(2+)离子的光谱及其局域结构研究

    Optical spectra and local structure of Ni ~ ( 2 + ) ions in Ni_2CdCl_6 · 12H_2O

  20. 初步研究了碱土金属Ca,Sr,Ba的强短脉冲供电空心阴极灯(HCMPHCL)激发常规短炬管电感耦合等离子体离子荧光光谱(ICPIFS)。

    High current microsecond pulsed hollow cathode lamp ( HCMP-HCL ) excited ionic fluorescence spectrometry ( IFS ) of alkaline earth elements in inductively coupled plasma ( ICP ) with a Fassel-torch has been investigated .

  21. 利用XUV激光结合高分辨光电子能谱的方法,我们研究了一些重要分子离子的光谱,如:CH3CN+/CD3CN+的电子运动与核振动之间的相互作用(Jahn-Teller效应)。

    Using an XUV laser and zero kinetic energy photoelectron spectroscopy we have studied the spectroscopy of various important molecular ions , such as the electronic-vibrational interaction in CH_3CN ~ + / CD_3CN ~ + ( the Jahn-Teller effect ) .

  22. 过渡金属自由离子的光谱参数计算

    Calculation of the spectra parameters for free transition - metal ions

  23. 一种测量物质折射率的新方法&Eu~(3+)离子发射光谱法

    A spectroscopic method of measuring the index of refraction of powder phosphor

  24. 高灵敏度分子离子吸收光谱技术及其应用

    High Sensitivity Absorption Spectroscopy for Molecular Ions and Its Application

  25. 强磁场下顺磁掺杂离子的光谱扩散

    Spectral Diffusion of Doped Paramagnetic Ions at High Magnetic Filed

  26. 稀土离子激发光谱的烧孔机理研究

    Study of Hole-burned Mechanism in Rare Earth Ions Excitation Spectroscopy

  27. 激光诱导氩离子荧光光谱特性的研究

    Characteristics of argon ion fluorescence spectroscopy excited by laser

  28. 光外差速度调制分子离子激光光谱

    Optical Heterodyne Velocity Modulation Molecular Ions Laser Absorption Spectrum

  29. 由此可知,通过选择配体可以改变稀土离子的光谱结构,从而获得具有不同荧光特性的配合物。

    Thus the construction of spectrum can be changed through choosing different ligand .

  30. 氧离子激发光谱的精密测量

    Precision measurement of excited spectra of oxygen ions