声子基本解释

汉语拼音:shēng zǐ

假设压缩波能分成的量子,并假设这些量子像光子一样具有个体的全同性和平均自由程。

声子详细解释

声子 [  行经固体间的弹性波(即振动波)的能量量子(即微观极小能量,仍能区分的能量最小单位称为能量量子)称为声子。换句话说:波能量容量有多少量子,就是有多少声子。由于任何介质内的声波,其波能量的容量含有多少个最小能量单位,就有多少个声子。因此只能称声子为准质点@@@@@quasiparticle@@@@@。#####]
  1.   行经固体间的弹性波(即振动波)的能量量子(即微观极小能量,仍能区分的能量最小单位称为能量量子)称为声子。换句话说:波能量容量有多少量子,就是有多少声子。由于任何介质内的声波,其波能量的容量含有多少个最小能量单位,就有多少个声子。因此只能称声子为准质点@@@@@quasiparticle@@@@@。

声子双语翻译,声子在线翻译例句

    • The probability of obtaining a lattice atom displacement via the phonon kick process is evidently small.

      很明显,通过声子反冲过程而取得晶格原子位移的几率是不大的.

    • The resonant Raman scattering by TO 1 and TO 2 in Ga ξ - xAIxAs are studied.

      研究了Ga_(1-x) 、Al_ xAs半导体的TO_1和TO_2声子的共振喇曼散射.

    • It is found the composite material rod exhibits torsional vibration band gaps.

      发现一维声子晶体具有扭转振动带隙,并且分析了椭圆形状对带隙频率的影响.

    • Thequasi equilibrium relaxation occurs via elastic and inelastic scattering and the emission of longitudinal optical phonon.

      通过弹性和非弹性的碰撞,发射纵波光学声子,半导体中发生准热平衡驰豫.

    • The phonon dispersion relations of magnesium aluminium spinel MgAl 2 O 4 are calculated by using frozen phonon method.

      本文利用冻结声子法计算了镁铝尖晶石的声子色散关系和常压下的各种热力学性质.

    • The result shows that the contribution of the interaction energy is negative to the total energy.

      结果显示电子-声子相互作用能对总能量的贡献为负.

    • 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.

    • The results indicate that photonic band gap appear in regions between two well separated resonance states.

      结果表明声子带隙将出现在两个完全分离的共振态之间.

    • Radiation field with half - power angular width of less than 6 degrees is obtained.

      通过把声源放置在二 维 声子晶体共振腔内,我们获得具有半强角宽低于6度的辐射场.

    • The wave propagation in one dimension photonic crystal with defects was studied by eigen matrix method.

      用特征矩阵法计算了声波在包含缺陷的一维声子晶体中的传播规律.

    • The expansion method is introduced gap for two - dimensional solid photonic crystals with square lattices.

      采用平面波算法研究了二 维 正方点阵声子晶体的禁带结构.

    • The dephasing in Ge quantum dots possibly results from carrier - carrier scattering and carrier - photon scattering.

      Ge量子点中的退相可能是载流子 - 载流子散射和载流子 - 声子散射共同作用的结果.

    • The critical driving force martensitic pretransition has been calculated based on the Hamiltonian containing electron - phonon interaction.

      基于电子 - 声子相互作用计算了马氏体预相变的临界驱动力.

    • Popp and some experiments, biological photon delayed radiation intensity obeys the hyperbolic function with time.

      考虑到声子和光子的相互作用,并通过实验和计算机模拟验证这一结果.

    • The surface wave band - gap characteristics for three typical curved EBG structures are studied in this paper.

      用平面波法研究了椭圆钢柱与环氧树脂组成的二维三角晶格声子晶体的带隙结构.