采用P波粒子振动的坐标旋转，可使不同深度的震源分量对齐。
Using coordinate rotation based on P-wave particle vibration, aligning the source components at different depths have been achieved.
通过振动频率和内禀反应坐标(IRC)分析，对反应过渡态进行了确认。
The transition states of the two reaction paths are obtained and verified by the analysis of vibration and internal reaction coordinate (IRC).
车辆振动过程中，实际安装位置的元件特性与悬挂特性的比例系数是广义坐标的函数。
When the vehicle vibrates, the ratio coefficients of the characteristics of components in fixed position and the corresponding characteristics of suspension are a function of generalized coordinates.
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