ISW encountered with rough shelf slope in experimental flume

This dataset studies the breaking process of internal solitary waves on rough slopes by conducting laboratory internal wave flume experiments. High-resolution velocity and density field data were obtained by Particle Image Velocimetry (PIV) and Planer Laser-induced fluorescence (PLIF). The breaking parameters and turbulent structure are analyzed, and the laws of water mixing and energy dissipation induced by internal solitary wave breaking under different roughness conditions are summarized. ‘SM’, ‘HM’, ‘CY’, ‘TR’, ‘CS’ stands for different rough bottom cases shown in Excel. The number '8' represents 8cm of collapse height.