晶格弛豫是指在电子跃迁的过程中晶格位置的变动，变动原因为电场的变化。
此外，计算得到的核自旋-晶格弛豫率与过掺杂的高温超导体的行为相符。
In addtion, the calculated nuclear spin-lattice relaxation rate is consistent with the behavior of overdoped high-Tc superconductors.
本文建议以双极化子微观模型，根据多声子晶格弛豫理论解释顺式聚乙炔的喇曼谱。
A bipolaron microscopic model is proposed in this paper to interpret theoretically the Raman scattering data in cis-polyacetylene on the basis of lattice relaxation theory.
指出能量转换特性的最重要的弛豫过程是电子-声子相互作用，决定了由电子载流子系统到晶格的能量转换。
It is presented that one of the most important energy relaxation processes is the electron-phonon interaction, which determines the energy transfer from electronic carrier system to the lattice.
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