Laser-ultrasound waves generated with various energy densities and recorded with GCLAD

Laser-ultrasound waves are generated on a solid tissue phantom and recorded with GCLAD on the opposite side of the sample.  The pulse energy is varied from 70, 80, 90, and 100 mJ/cm^2.  Python script is used to determine the proportionality between pulse energy and measured laser-ultrasound amplitude with GCLAD.

本数据集的采集流程为：在固体组织模体上激发激光超声（Laser-ultrasound）波，并在样品对侧使用GCLAD完成信号记录。实验中脉冲能量取值分别为70、80、90与100 mJ/cm²。采用Python脚本分析脉冲能量与GCLAD测得的激光超声振幅之间的比例关系。