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1·Origins of other phonon modes in the spectra are discussed as well.

对光谱中的其他声子模式的起源也进行了讨论；

2·That's not to say that phonon information processing is a lost cause.

这不是说绳子信息处理是不靠谱的。

3·The conservation equations for the phonon gas motion are established.

建立不同层反映不同功能的守恒方程。

4·Phonon behaviour in a solid under everyday conditions is much more complex.

日常固体中的声子的行为要复杂得多。

5·A new phonon model of excitation martensitic transformation is presented.

本文提出了一个新的激发马氏体相变的声子模型。

6·The phonon spectrum of finite lattice extends to the lower and higher end.

边界耦合作用消除了声子的一些简并，使其频谱向高端和低端散开。

7·The variation in heat conduction is analyzed using phonon heat conduction mechanism.

运用声子导热机制对导热变化机理进行了分析。

8·Moreover, the photon echo signal gave the dephasing time due to the phonon interaction.

同时由光子回波信号测得由声子作用引起的波包退相特征时间。

9·By numerical calculations, we conclude that increasing phonon loss can improve SBS threshold.

理论上，通过数值计算得出增大声子损耗能够提高布里渊阈值的结论；

10·Analysis indicates that the ultrasonic anomalies near TC are due to the spin-phonon interaction.

理论分析认为，Tc：附近的超声异常主要源于自旋涨落效应。