喇曼光谱技术是一种非侵入、非弹性散射技术，能够在分子层次上探测物质的临床医学特征和结构特征。
Raman spectroscopy is a noninvasive and inelastic scattering technique which can detect the structural characterization of substances on molecular levels.
针对非均匀弱散射情形，由弹性动力学可得出散射场与模型参数的关系。
To cope with inhomogeneous weak scattering, the relation between scattering field and model parameters can be derived from elastic dynamics theory.
对于0 0 0 2的非弹性碰撞入射原子约化质量增大，大角散射几率增大。
For 00 02 inelastic collision, scattering at the large Angle keep pace with the increase of reduce mass of incident atom.
对于0 0 0 2的非弹性碰撞入射原子约化质量增大，大角散射几率增大。
For 00 02 inelastic collision, scattering at the large Angle keep pace with the increase of reduce mass of incident atom.
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