crystal field

英 [ˈkrɪstl fiːld] 美 [ˈkrɪstl fiːld]

晶体场

化学



双语例句

  1. Based on them, the intensity parameters and crystal field parameter of Eu3+ were obtained.
    并由此计算了强度参数与晶场参数。
  2. During storage or in operation the frequency of the crystal resonator will change according to the duration period, which is define as aging in crystal field.
    石英谐振器在贮存、使用过程中频率随时间变化的现象称为老化。
  3. In the reference system of the electron at rest, the crystal field is taken as virtual photon.
    在与电子纵向运动静止的坐标系中,把晶格场等效为虚光子。
  4. The effect of the crystal field on the spin orbit coupling parameter of the 4f electrons of rare-earth trivalent ions in rcl_3
    晶体电场对离子自旋&轨道耦合参数的影响
  5. Study of the Thermodynamic Properties of Random Transverse Field Mixed Ising Spin System with Crystal Field
    随机横场与晶场作用的混合自旋系统热力学性质的研究
  6. High pressure study on crystal field parameters and free ion parameters for gdobr ∶ eu
    GdOBr∶Eu晶场参数与自由离子参数的高压研究
  7. The relations between metal ion-ligand R and the cubic crystal field parameter Dq has been investigated and the Co-Se bond length has been calculated.
    同时研究了立方场下配体键长R与晶场参量Dq的变化关系,并从理论上计算了Co-Se键长。
  8. Finally, the relationship between the S factors and the crystal field strength and valent characteristics is discussed.
    最后,还讨论了S因子与晶场强度及基质晶体价键特性之间的关系。
  9. Unitarity of valence bond theory and crystal field theory
    试论价键理论和晶体场理论的统一性
  10. The bandwidths of fluorescence and emission cross section increase slightly due to the non-uniform distribution of the local crystal field around Er~ ( 3+).
    Er3+周围局域晶体场的不均匀分布引起了荧光带宽和发射截面带宽的略微增大。
  11. A physical model for calculating cation stabilization energies in chrome spinels has been proposed. Based on classical and quantum mechanics, this model embodies the crystal field theory and the molecular orbital theory.
    本文提出了一种计算铬尖晶石阳离子占位稳定能的物理模型,它的理论基础是经典力学和量子力学,这种模式包括了晶体场理论和分子轨道理论。
  12. The rate equations for a continuous four level laser are solved in this letter, taking into account the finite lower level lifetime and the crystal field splitting of the laser levels.
    在考虑了有限的下能级寿命和激光能级与晶格场的相互作用的基础上,对四能级激光的速率方程组进行了求解。
  13. The relaxation model and mixed crystal field model are also described. In addition, new applications of the DX center are pointed out.
    对DX中心的特点及其对器件的影响进行了分析,概述了弛豫模型和混晶场模型,同时,指出了这种缺陷的新应用。
  14. Introducing average covalent factor N and considering the electrostatic, cubic crystal field interaction and spin-orbit coupling effects, the fine structure of the absorption spectra of Ga_2Se_3: Co~ ( 2+) crystals is recalculated and reassigned by using the complete diagonalizing method.
    本文引入平均共价因子,考虑静电相互作用,立方晶场和旋轨耦合相互作用,利用完全对角化方法对Ga2Se3:Co2+晶体的吸收光谱的精细结构进行了重新计算和识别。
  15. The energy levels of Mn2+ of samples and crystal field parameters have been calculated.
    计算了Mn2+离子能级和晶体场参数。
  16. The crystal field and the spectrum experiment analysis get the coincident conclusion.
    这与用晶体场理论和光谱实验观测解释的呈色机制是一致的。
  17. The crystal field strengths for Cr 3+ in different matrices were calculated from their corresponding spectra.
    从其相应的光谱特性大致估算了Cr3+离子在不同介质中的晶格场参数。
  18. The green color-causing mechanism can be explained by the crystal field theory.
    绿色呈色机理可以用致色离子的晶体场理论进行解释。
  19. Phase Transition and Magnetic Properties of Bond Dilution Mixed BCM with Random Crystal Field in the Presence of Applied Field
    外场下键稀疏和随机晶场混合自旋BCM的相变和磁学特性
  20. Critical properties of ferromagnetic spin system with random crystal field
    随机晶场作用的铁磁自旋系统的临界特性
  21. The effect of ligands of cl~-, no_2~-and nh_3 on crystal field strength
    配体Cl~-、NO2~-和NH3对晶体场强度的影响
  22. The change of the electronic structure has been discussed in terms of the crystal field theory.
    用晶体场理论对体系的电子结构作了解释。
  23. Effect of crystal field strength on the electronic structures of cr~ ( 3+) in garnet laser crystals
    石榴石中Cr~(3+)的电子结构与晶场强度的关系
  24. Theoretic analysis showed that the main origin of the perpendicular magnetic anisotropy in TbCo amorphous films are the coulomb interaction between the aspheric distribution charges of Tb ions and the crystal field and the stress of the film.
    理论分析结果表明,TbCo非晶垂直磁化膜的垂直磁各向异性主要来自于Tb离子的非球对称分布电荷与膜内晶场之间的库仑相互作用以及膜内的应力。
  25. Using the competing between manganites crystal field and double exchange interaction explains the metal property at room temperature.
    用锰氧化物晶场和双交换作用的竞争解释了其温度Tp以下的金属特性。
  26. We give a meaningful comparison with the results of Ising model with longitudinal dilution crystal field.
    同时与纵向稀疏晶场Ising模型结果进行有意义的比较。
  27. Study on the tricritical properties of bond-dilution ferromagnetic spin system with random crystal field
    键稀疏和随机晶场作用的铁磁系统的三临界性质研究
  28. The effects of Pb, Ga doping on the crystal field, superexchange interaction and magneto-optical effect of Ce: YIG crystal are studied based on the quantum theory.
    研究了掺Pb,Ga对Ce:YIG晶体的晶场、交换作用和磁光Faraday效应的影响。
  29. We have discussed the different covalence factors which bring the various influences to the crystal field, electrostatic interactions and spin-orbit ( SO) coupling matrix element.
    并且讨论了共价因子的不同给晶场、静电相互作用和自旋-轨道(SO)耦合作用矩阵元带来的影响。
  30. It has been known that, the application of liquid crystals in display techniques is still the major impetus of the researches in the liquid crystal field. However, what now have been used in displays mostly are small organic molecule liquid crystals.
    我们知道,液晶在显示工业中的巨大应用价值仍然是液晶领域研究的主要推动力,但目前液晶显示器中使用的大部分都是有机小分子液晶。