从理论上描述了单一受激波的场幅值和频率偏移的非线性变化。
The theory describes the temporal nonlinear evolution of the field amplitude and frequency shift of a single wave mode.
通过对实验结果的频域分析，证明了其压力波动频率受激波器的控制。
Moreover, the experimental results showed that the periodic controllable hydraulic water hammer wave generated by the system can be used as an exciting force.
通过对实验结果的频域分析，证明了其压力波动频率受激波器的控制。
Moreover, the experimental results showed that the periodic controllable hydraulic water hammer wave generated by the system can be used as an exciting force.
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