acoustic phonon

网络  声频声子; 声学声子

电力



双语例句

  1. Properties of Acoustic Phonon Heat Transport in Low-Dimensional Nanostructures
    低维纳米结构中声学声子的热输运性质研究
  2. The role of acoustic phonon scattering in charge transport in organic semiconductors: a first-principles deformation-potential study
    第一性原理的形变势理论研究声学声子散射对电荷传输的影响
  3. Longitudinal acoustic phonon hardening in two-dimensional ferromagnetic system
    二维铁磁系统的纵向声频支声子的硬化
  4. Effect of combined acoustic and optical phonon scattering in nonlinear electronic transport
    非线性电子输运中声学和光学声子的联合散射效应
  5. It is found that the surface acoustic phonon makes a significant contribution to ground-state energy of a two-dimensional polaron in magnetic field.
    结果发现,对磁场中二维极化子基态能量的影响中,表面声学声子有着与表面光学声子同样的甚至更为突出的贡献,是不容忽视的。
  6. Acoustic Wave Transmit in Phonon Band Gap Material
    声波在声子带隙材料中的传输
  7. In our simulation model, the scattering mechanisms include acoustic phonon scattering, polar optical phonon scattering, and ionized impurity scattering and so on.
    模拟中包含的散射机理主要有声学声子散射、极性光学声子散射、电离杂质散射等。
  8. In section 2, the properties of the vibrational frequency, the induced potential and effective mass of the acoustic deformation potential surface polaron, which is a strong-coupling with SO phonon and a weak-coupling with SA phonon, was investigated.
    在第二节中研究了与SO声子耦合强与SA声子耦合弱的声学形变势表面极化子的振动频率,诱生势和有效质量的性质。
  9. The acoustic phonon deformation potential scattering, polar optical phonon scattering, intervalley phonon deformation scattering, ionized impurity scattering and neutral impurity scattering are considered.
    在模拟中考虑了对其输运过程有着重要影响的声学声子形变势散射、极化光学声子散射、谷间声子散射、电离杂质散射以及中性杂质散射。
  10. Effects of interface states, ionized impurities, optical phonon, surface roughness, acoustic phonon, dislocation scatterings and high fields on the mobility are considered in this model.
    该模型考虑了位错、界面态、光学声子、离化杂质、表面粗糙、声学声子,以及高场对迁移率的影响。
  11. The method of the harmonic oscillator operator algebra has been used to study the two-dimensional polaron in a magnetic field. Both the surface optical phonon and the surface acoustic phonon, and their interaction with the magnetic field are included.
    谐振子算符的代数运算方法被用于研究磁场中同时与表面光学声子及表面声学声子相互作用的二维电子。
  12. It is indicated that the surface acoustic phonon effect is important.
    因此,研究压电材料的电子表面态时,应主要考虑压电声学声子。
  13. In this paper, we study transmissive property of acoustic wave in the two dimensional phonon band gap material ( PBG).
    研究了声波在二维声子带隙材料中的传输特性,把声子带隙材料作为一个散射体进行处理。
  14. The influences of different parameters on the transverse acoustic phonon excitation are also illustrated. It's found that the coupling of the magnon-phonon coupling and the spin wave stiffness are the main factors affecting the transverse acoustic phonon softening.
    并且又讨论了各项参数对横向声频支声子激发的影响,发现磁振子-声子耦合与自旋波劲度常数对横向声频支声子软化起很大的作用。
  15. Dynamic Audio Frequency Domain On the line Δ, there is no phonon softening and hardening for transverse acoustic phonon.
    在Δ线上没有发生横向声频支声子有软化与硬化现象。
  16. These results indicate that choosing an appropriate contact shape can enhance the acoustic phonon thermal conductance.
    这些结果表明,选择合适形状的接头在一定程度上可以提高声学声子在半导体纳米线中的热导率。
  17. We investigate the effect of configuration, spontaneous emission and the acoustic phonon on the scheme.
    我们考虑了位型、自发辐射和声子对方案的影响。