Interference phenomena between high harmonics and hyper Raman lines in strongly driven two level atomic system has been investigated.
利用强激光场驱动下的原子二能级模型，探讨了高次谐波与高阶拉曼谱的相干相消现象。
The experimental results show that the shift rates of Raman lines in the sample are distinctly affected by the pressure-transmitting media.
实验结果表明：传压介质对样品的谱线频移速率及相变压力有明显的影响。
It is shown that the hyper Raman lines disappear, the background noises are restrained and the high harmonics are enhanced due to the interference effect.
结果发现适当选取激光场的强度使高阶拉曼线处于谐波位置时，由于相干效应，高阶拉曼谱得到抑制而高次谐波谱则得到加强。
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