Supplemental materials to "A Laboratory Analogy for Mixing by Shallow Cumulus Convection"

<p>These are the supplemental materials to the paper "A Laboratory Analogy for Mixing by Shallow Cumulus Convection" published in Journal of Fluid Mechanics. DOI:&nbsp;<span>10.1017/jfm.2025.173</span> &nbsp;</p> <ul> <li>code_raw_data_video_temperature.zip&nbsp; -&nbsp; The MATLAB postprocessing code, raw video, and raw temperature profile data.</li> <li>reference_exp_S3_evolution_show.mp4&nbsp; -&nbsp; An introductory movie of the reference experiment (S3) with an illustration.&nbsp;</li> <li>change_heating_voltage_F1(speed_x_5.76)_F5.mp4&nbsp; -&nbsp; A movie about experiments that change the heating power. Experiment F1 (left panel) is accelerated with a factor of 5.76.</li> <li>change_initial_thickness_T2_T4_T5_(all_speed_x_16).mp4&nbsp; -&nbsp; A movie about experiments that change the initial thickness of the syrup layer. All experiments are accelerated with a factor of 16.</li> <li>change_syrup_concentration_S1_S3_S7_(all_speed_x_16).mp4&nbsp; &nbsp;-&nbsp; A movie about experiments that change the initial syrup concentration. All experiments are accelerated with a factor of 16.&nbsp;</li> <li>derivation_note.pdf&nbsp; -&nbsp; A math derivation note for some equations in the manuscript.</li> </ul> <p>If you have any questions, please contact Dr. Hao Fu:&nbsp;haofu736@gmail.com; haofu@uchicago.edu&nbsp;</p>