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本研究设计了一种可引入超声的喇曼光谱样品池．对丙酮的激光喇曼光谱的检测表明，超声空化降低了喇曼光谱的强度．我们认为，超声空化减少了激光光路上参与散射的丙酮分子数是光谱强度降低的主要原因。
In this study, we designed a Raman spectroscopy cell that can introduce ultrasound. Laser Raman spectroscopy of acetone showed that ultrasonic cavitation reduced the intensity of the Raman spectrum. We believe that ultrasonic cavitation reduces the number of acetone molecules involved in scattering along the laser path as the main reason for the decrease in spectral intensity.