Zeeman effect

美 [ˈzimən ɪˈfekt]

塞曼效应

医学化学



双语例句

  1. Under normal circumstances the electronic Zeeman effect experiment for the charge-mass ratio measured.
    通常情况下该实验用以对电子的荷质比进行测量。
  2. We will consider this Zeeman effect for the hydrogen atom.
    我们将对氢原子考虑此塞曼效应。
  3. This paper treats the simple history, bisic principles, analytical method, apparatus and application of Zeeman effect atomic absorption spectroscopy which has been developed.
    本文叙述了塞曼效应原子吸收光谱分析方法简史、基本原理、分析方法、仪器和应用。
  4. The Analysis of Form Error in The Zeeman Effect Experiment Based on Matlab
    基于Matlab的形状误差评价分析塞曼效应图谱
  5. Simplified formula of secular equation for hydrogen atom zeeman effect in a high magnetic field
    在均匀强磁场中氢原子塞曼效应久期方程的简化公式
  6. Based on the theoretical basis for re-engineering Zeeman effect experiment, we can get a new method for measuring the speed of light.
    基于该理论基础重新设计塞曼效应试验,就可以得到测量光速的一种新方法。
  7. Application of Computer Analysis in Zeeman Effect and Its Instrumentation
    塞曼效应实验中计算机分析应用及仪器化
  8. Spectral measurement on photographic Zeeman effect experimental apparatus using optical multichannel method
    在摄像式塞曼效应实验装置上实现光学多道方式光谱测量
  9. Application of digital image processing to the Zeeman effect experiment
    数字图像处理在塞曼效应实验中的应用
  10. The relatively intensity measurement of the Hg atom Zeeman effect spilt spectrum line
    汞原子塞曼效应分裂谱线相对强度的测量
  11. The Pulsed Magnetic Field Measurement Using the Zeeman Effect
    应用塞曼效应测量脉冲磁场
  12. Zeeman effect in the two frequency laser
    双频激光器中的塞曼效应
  13. An unusual problem of abnormal Zeeman effect
    反常塞曼效应中的一个反常问题
  14. Study on the Electronic Charge-mass Ratio Measurement Methods by Zeeman Effect Instrument
    采用塞曼效应仪测定电子荷质比方法研究
  15. Frequency stabilization study of commercial He-Ne laser based on lognitudinal Zeeman effect
    基于纵向塞曼效应的商用氦氖激光器稳频研究
  16. Study on experimental method of Zeeman effect
    塞曼效应实验方法的研究
  17. The research of the permanent magnet turn type instrument and polarized light in the Zeeman effect
    Zeeman效应中的光偏振与永磁旋转型实验仪的研究
  18. Explanation of the polarized quantum in Zeeman effect
    塞曼效应中偏振态的量子解释
  19. Direct Determination of Copper and Lead in River Sediment by Zeeman Effect Atomic Absorption
    塞曼效应原子吸收光谱法直接测定河流沉积物中铅和铜
  20. The polarization of spectral lines in Zeeman effect
    塞曼效应中谱线的偏振
  21. The classical model of transverse Zeeman effect of gas laser is put forward, the mode collapse of transverse Zeeman laser is observed and its qualitative explanation is made, the characteristic magnetic field is analysed and its numerical formula is given.
    本文提出气体激光横向塞曼效应的经典模型,观察了横向曼塞激光器的模崩溃并作了定性解释,对特征磁场进行了分析并给出数值计算公式。
  22. We calculate the intensities of the vibrational rotational spectra and analyze the influence of Zeeman effect.
    本文对振转光谱谱线强度进行了计算,并分析了塞曼效应对谱线强度的影响。
  23. This paper discussed the atomic cases for the different state of motion, the energy of the magnetic interactions and the splitting of the spectral lines in weak and strong magnetic field respectively, indicated a contradictory of the expression for normal Zeeman effect in some textbooks.
    讨论了原子分别在弱磁场和强磁场下的不同运动状态、磁相互作用能和谱线分裂情况,指出了某些教科书中对正常塞曼效应的表述所存在的矛盾。
  24. The experiment result shows that σ-spectral line of Zeeman effect in general direction is elliptic polarisation.
    通过实验观察证实在一般方向上塞曼效应谱线的σ的成份为椭圆偏振。
  25. In this paper, the total atomic angular momentum quantum number J value and the Round factor value have been determined by using the Zeeman effect experiment result.
    由塞曼效应实验结果去确定原子的总角动量量子数J值和朗德因子g值,近而去确定原子总轨道角动量量子数L和总自旋量子数S的数值。
  26. Zeeman Effect Atomic Absorption Spectroscopy
    偏振塞曼效应原子吸收光谱分析法
  27. Influence on relative intensity of the Zeeman effect by the Hg isotope
    Hg同位素对Hg的Zeeman效应相对强度的影响
  28. The characteristics of rubidium and Zeeman Effect in the magnetic field are introduced. And we describe the theoretical expression of the relationship between the splitting and the magnetic flux density.
    我们对铷原子特性及其在磁场中发生的塞曼效应作了介绍和分析,并给出了裂距与磁场的关系表达式,建立了外磁场与原子之间的联系。
  29. Due to Zeeman Effect, level splitting will occur under the action of a magnetic field.
    由于Zeeman效应,原子在磁场的作用下会发生能级的分裂。