声子

• Understanding how the molecular structure of the fluid affects phonons is extremely complicated
  流体的分子结构如何影响声子，要了解起来是极度复杂的。
• For type ii , the phonons slow down , then reverse direction and start heading upstream again
  第二型的声子会慢下来，倒转方向，然后又开始回头朝上游走。
• Influence of electronic velocity on mean number of phonons of polaron in a semiconductor quantum dot
  电子速度对半导体量子点中极化子的声子平均数的影响
• For type iii , they accelerate , break the long - wavelength speed of sound , then cross the horizon
  至于第三型的声子则会加速，超过长波的声速，然后穿越视界。
• A magnon - phonon interaction model is built on two dimensional insulating ferromagnetic
  摘要在二维正方绝缘铁磁系统基础上建立了一个磁振子声子相互作用模型。
• Moreover , the effect of the transverse wave on the band gaps by changing the phononic crystals diameter
  并通过仿真不同直径的声子晶体研究了横波对带隙的影响。
• Research progress of the influences of interaction between phonons on the properties of the crystal in magnetic field
  声子之间相互作用对磁场中晶体性质影响的研究进展
• Two - dimensional acrylic / air sonic band structure with square lattice is considered in the numerical example
  本文以平面波展开法分析压克力?空气声子晶体声波全频沟之现象。
• Diffusion and collisions steadily disperse and destroy the polariton ? more rapidly in the hot gas
  原子扩散与互撞会稳定的将极化声子驱散与摧毁，这现象在热气中进行得更是快。
• The exciton - phonon coupling in cdse qds and its wetting layer were investigated by pl dependent of temperature
  利用变温实验研究了在量子点与其浸润层中激子与声子耦合现象。