electronic polarization

英 [ɪˌlekˈtrɒnɪk ˌpəʊləraɪˈzeɪʃn] 美 [ɪˌlekˈtrɑːnɪk ˌpoʊlərəˈzeɪʃn]

电子极化

化学



双语例句

  1. We also introduced a new method for measurement of electronic spin polarization of alkali atoms in high magnetic fields.
    同时提出了强场下极化度的一种测量方法。
  2. The Electronic Tunneling and Spin Polarization in the Coupled Quantum Dots System
    一维双量子点系统的电子隧穿及电导
  3. Research on Electronic Control Technology of Squeezed Fiber Polarization Controller
    对挤压光纤式偏振控制器电控技术的研究
  4. According to the Jiang's, the treatise advices random dielectric model, Couples Maxwell's equations with rate equations of electronic population and polarization equation and applies FDTD method of solve a series of equations, the paper emphatically discusses the solution method.
    根据Jiang提出的随机介质模型,从Maxwell方程出发,结合速率方程和极化方程,并应用FDTD方法对方程组进行求解,着重讨论了求解的方法。
  5. Study of electronic conductivity of molten slags with Wagner polarization technique
    Wagner极化法对熔渣电子电导的研究
  6. Study on bonding configuration and electronic polarization of amorphous fluorinated carbon films
    α-C∶F薄膜的键合结构与电子极化研究
  7. The color of compound is determined by internal structure of compound whose molecule, ionic absorption, reflection, radiation, and visible light cause electronic transition, which generates color, in the meanwhile, is influenced by ionic polarization and coordinative substance.
    无机化合物的颜色是由化合物的内部结构决定的,化合物的分子、离子吸收、反射、辐射可见光引起电子跃迁产生物质的颜色,物质的颜色同时受离子极化和配位体的影响。
  8. The polymer is widely used in fields of electric and electronic insulation, but local fields ( electric fields, mechanical stress) distortion induced by space charges in polymers will greatly affect properties of polarization, conductance, short-term breakdown and long-term breakdown.
    聚合物在电气、电子绝缘中应用极为广泛,但其中的空间电荷诱导的局部场(电场、力场)畸变,将对极化、电导、短时及长时击穿特性带来巨大影响。
  9. Electronic speckle-pattern interferometry with polarization phase-shifting technique and it's application to deformation measurements
    偏振相位偏移电子散斑干涉术及其应用于变形测量
  10. The electronic conductivity was measured by Hebb-Wagner DC polarization technique, which was five to six orders of magnitude larger than the ionic one, so the intercalation compound was a mixed conductor in which the electronic conduction was predominant.
    用Hebb-Wagner直流极化法测量了嵌合物的电子电导。
  11. The total conductivity measurements were carried out by impedance spectroscopy on 8mol% MgO-partially stabilized zirconia. An ionic blocking electrode was fabricated with electroplating method, and the electronic conductivity of 8mol% MgO-PSZ was determined with the Wagner polarization method.
    利用交流阻抗谱法测定了8mol%MgO部分稳定氧化锆的总电导率,同时采用电镀的方法制备了离子阻塞电极,并利用Wagner极化法测定了电子电导率。
  12. It is found that an increase in electronic polarization or dielectric constant can be attributed to the increase of CF radical and decrease of CF2 radical in a-C: F films.
    结果表明,CF基因成分增加而CF2基团成分减小导致了薄膜电子极化增强,介电常数增大。
  13. The contribution of the electronic polarization to the elastic and piezoelectric constants and the dielectric tensor for the calcium fluoride crystal
    电子极化对氟化钙离子晶体的弹性系数、压电系数和介电常数的影响
  14. Tin could change electronic conductivity of the passivation layer. The relationship between the electronic conductivity and the formation condition of the passivation layer was studied by measuring the electrochemical impedance at different polarization potential and polarization time.
    锡能改变钝化层的电子导电性,通过在不同电位和各种极化时间下电化学阻抗的测量来研究电子导电性与钝化层形成条件的关系。
  15. This method omits electronic movement, therefore the electronic polarization effect is not considered in classical force field.
    这种方法在计算中将电子运动忽略,因此没有考虑电子的极化效应。
  16. They can significantly modulate the electronic structures in the vicinity of the Fermi level and the spin polarization.
    缺陷可以明显调制费米面附近的电子结构和自旋极化。
  17. The spin electronic devices based on spin properties ( such as spin valves, spin field effect transistors, etc.) needed to achieve high spin polarization of the material injected into the semiconductor.
    基于自旋属性的自旋电子器件(如自旋阀、自旋场效应晶体管等)的实现需要具有高自旋极化率的材料注入到半导体中。
  18. Aided by electronic fast Fourier transform circuit and sophisticated digital signal processing technologies, optical OFDM exhibits advanced tolerances both of chromatic dispersion and polarization mode dispersion ( PMD).
    借助于快速傅立叶变换电子芯片和成熟的数字信号处理技术,光OFDM系统显示出强大的色度色散容限和偏振模色散容限。