The Effects of Unsteady Effusion Rates on Lava Flow Emplacementdoi:10.48349/ASU/LTWBGYASU Library Research Data Repository2022-06-014Peters, Sean; Clarke, Amanda; Erika L Rader, 2022, "The Effects of Unsteady Effusion Rates on Lava Flow Emplacement", https://doi.org/10.48349/ASU/LTWBGY, ASU Library Research Data Repository, V4The Effects of Unsteady Effusion Rates on Lava Flow Emplacementdoi:10.48349/ASU/LTWBGYPeters, SeanClarke, AmandaErika L RaderSchool of Earth and Space ExplorationArizona State UniversityMicrosoft ExcelASU Library Research Data RepositoryPeters, SeanClarke, AmandaPeters, Sean2022-03-15Earth and Environmental SciencesVolcanologyLava flows<p>This dataset consists of observations from 222 lava flow simulation experiments performed to understand lava flow propagation. The crux of the dataset is two spreadsheets detailing the calculation, observations, and data visualizations from this experimental dataset. Also included are photographs from these experiments taken at the conclusion of each experimental run.</p> <p>Project: The effects of unsteady effusion rates on lava flow emplacement: insights from laboratory analogue experiments</p> <p>The data was collected by performing experiments to simulate lava flow emplacement using polyethylene glycol (PEG) 600 wax in the Volcano Lab at Arizona State University.</p> <p>This methodology has previously been documented in <a href="https://doi.org/10.1017/S0022112090003640">Fink and Griffiths [1990]</a>, <a href="https://doi.org/10.1029/96JE01254">Gregg and Fink [1996]</a>, and more recently with methods similar to ours in <a href="https://doi.org/10.1016/j.epsl.2017.08.016">Rader et al. [2017]</a>. The experiments were produced by erupting PEG 600 wax into a chilled water bath via a peristaltic pump. Experiments were measured, characterized, and photographed and/or recorded. Experiments were photographed and recorded using a Nikon digital camera.</p>2017-122018-08Experimental Data<a href="http://creativecommons.org/publicdomain/zero/1.0">CC0 1.0</a>Peters, S.I., A.B. Clarke, and E.L. Rader (2022), The effects of unsteady effusion rates on lava flow morphology and emplacement: results from laboratory analogue experiments, Journal of Volcanology and Geothermal Research, 432.10.1016/j.jvolgeores.2022.107674Peters, S.I., A.B. Clarke, and E.L. Rader (2022), The effects of unsteady effusion rates on lava flow morphology and emplacement: results from laboratory analogue experiments, Journal of Volcanology and Geothermal Research, 432.Peters, S.I., A.B. Clarke, and E.L. Rader (2024), The impacts of lulls and peaks in effusion rate on lava flow propagation, Journal of Volcanology and Geothermal Research, 451.10.1016/j.jvolgeores.2024.108099Peters, S.I., A.B. Clarke, and E.L. Rader (2024), The impacts of lulls and peaks in effusion rate on lava flow propagation, Journal of Volcanology and Geothermal Research, 451.Peters, S.I., A.B. Clarke, and E.L. Rader (2024), The impacts of lulls and peaks in effusion rate on lava flow propagation, Journal of Volcanology and Geothermal Research, 451.10.1016/j.jvolgeores.2024.108099Peters, S.I., A.B. Clarke, and E.L. Rader (2024), The impacts of lulls and peaks in effusion rate on lava flow propagation, Journal of Volcanology and Geothermal Research, 451.Fink, J., & Griffiths, R. (1990). Radial spreading of viscous-gravity currents with solidifying crust. Journal of Fluid Mechanics, 221, 485-509. doi:10.1017/S0022112090003640Gregg, T. K. P., and Fink, J. H. (1996), Quantification of extraterrestrial lava flow effusion rates through laboratory simulations, J. Geophys. Res., 101( E7), 16891– 16900, doi:10.1029/96JE01254.Rader, E., Vanderkluysen, L., & Clarke, A. (2017). The role of unsteady effusion rates on inflation in long-lived lava flow fields. Earth and Planetary Science Letters, 477, 73–83. https://doi.org/10.1016/j.epsl.2017.08.016PetersSean_EffusionRatesOnLava_README_20250722.txtREADME file containing file list, dataset authors, methodology, and other relevant informationtext/plainpeters_et_al_experiments_unsteadyflat.xlsxan Excel spreadsheet containing relevant data for 150 analog experiments conducted under 4 variable extrusion rate conditionsapplication/vnd.openxmlformats-officedocument.spreadsheetml.sheetpeters_wax_experiments_unsteadyslope.xlsxSpreadsheet of individual experimental runs and subsequent data reduction and analysis for unsteady wax analog flows erupted on variable slopes.application/vnd.openxmlformats-officedocument.spreadsheetml.sheetPULSE_FLAT_1.JPGCondition 1. Experiment 1. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_10.JPGCondition 1. Experiment 10. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_11.JPGCondition 1. Experiment 11. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_12.JPGCondition 1. Experiment 12. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_13.JPGCondition 1. Experiment 13. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_14.JPGCondition 1. Experiment 14. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_15.JPGCondition 1. Experiment 15. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_16.JPGCondition 1. Experiment 16. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_17.JPGCondition 1. Experiment 17. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_18.jpgCondition 1. Experiment 18. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_19.JPGCondition 1. Experiment 19. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_2.JPGCondition 1. Experiment 2. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_20.JPGCondition 1. Experiment 20. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_21.JPGCondition 1. Experiment 21. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_22.JPGCondition 1. Experiment 22. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_23.JPGCondition 1. Experiment 23. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_24.JPGCondition 1. Experiment 24. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_25.JPGCondition 1. Experiment 25. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_26.JPGCondition 1. Experiment 26. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_27.JPGCondition 1. Experiment 27. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_3.JPGCondition 1. Experiment 3. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_31.JPGCondition 1. Experiment 31. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_32.JPGCondition 1. Experiment 32. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_33.JPGCondition 1. Experiment 33. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_34.JPGCondition 1. Experiment 34. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_35.JPGCondition 1. Experiment 35. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_36.JPGCondition 1. Experiment 36. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_37.JPGCondition 1. Experiment 37. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_38.JPGCondition 1. Experiment 38. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_4.JPGCondition 1. Experiment 4. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_41.JPGCondition 1. Experiment 41. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_42.JPGCondition 1. Experiment 42. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_43.JPGCondition 1. Experiment 43. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_44.JPGCondition 1. Experiment 44. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_45.JPGCondition 1. Experiment 45. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_46.JPGCondition 1. Experiment 46. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_47.JPGCondition 1. Experiment 47. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_48.JPGCondition 1. Experiment 48. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_49.JPGCondition 1. Experiment 49. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_50.JPGCondition 1. Experiment 50. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_51.JPGCondition 1. Experiment 51. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_52.JPGCondition 1. Experiment 52. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_53.JPGCondition 1. Experiment 53. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_56.JPGCondition 1. Experiment 56. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_57.JPGCondition 1. Experiment 57. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_58.JPGCondition 1. Experiment 58. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_59.JPGCondition 1. Experiment 59. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_6.JPGCondition 1. Experiment 6. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_60.JPGCondition 1. Experiment 60. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_7.JPGCondition 1. Experiment 7. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_8.JPGCondition 1. Experiment 8. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_10_CON2.JPGCondition 2. Experiment 10. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_11_CON2.JPGCondition 2. Experiment 11. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_12_CON2.JPGCondition 2. Experiment 12. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_13_CON2.JPGCondition 2. Experiment 13. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_14_CON2.JPGCondition 2. Experiment 14. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_15_CON2.JPGCondition 2. Experiment 15. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_16_CON2.JPGCondition 2. Experiment 16. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_17_CON2.JPGCondition 2. Experiment 17. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_18_CON2.JPGCondition 2. Experiment 18. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_19_CON2.JPGCondition 2. Experiment 19. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_1_CON2.JPGCondition 2. Experiment 1. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_20_CON2.JPGCondition 2. Experiment 20. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_21_CON2.JPGCondition 2. Experiment 21. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_22_CON2.JPGCondition 2. Experiment 22. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_23_CON2.JPGCondition 2. Experiment 23. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_24_CON2.JPGCondition 2. Experiment 24. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_25_CON2.JPGCondition 2. Experiment 25. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_26_CON2.JPGCondition 2. Experiment 26. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_27_CON2.JPGCondition 2. Experiment 27. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_28_CON2.JPGCondition 2. Experiment 28. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_29_CON2.JPGCondition 2. Experiment 29. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_2_CON2.JPGCondition 2. Experiment 2. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_30_CON2.JPGCondition 2. Experiment 30. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_31_CON2.JPGCondition 2. Experiment 31. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_32_CON2.JPGCondition 2. Experiment 32. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_33_CON2.JPGCondition 2. Experiment 33. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_35_CON2.JPGCondition 2. Experiment 35. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_36_CON2.JPGCondition 2. Experiment 36. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_37_CON2.JPGCondition 2. Experiment 37. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_38_CON2.JPGCondition 2. Experiment 38. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditions image/jpegPULSE_FLAT_39_CON2.JPGCondition 2. Experiment 39. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_3_CON2.JPGCondition 2. Experiment 3. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_40_CON2.jpgCondition 2. Experiment 40. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_41_CON2.JPGCondition 2. Experiment 41. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_42_CON2.JPGCondition 2. Experiment 42. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_43_BOTTOM_CON2.JPGCondition 2. Experiment 43. View of underside of the solidified wax flow. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_43_CON2.JPGCondition 2. Experiment 43. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_43_SIDE_CON2.JPGCondition 2. Experiment 43. Cross-sectional view of solidified wax flow. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_44_CON2.JPGCondition 2. Experiment 44. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_45_CON2.JPGCondition 2. Experiment 45. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_46_CON2.JPGCondition 2. Experiment 46. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_46_CON2_TUBES (1).JPGCondition 2. Experiment 46. Underside view of solidified wax flow showing a tube structure. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_46_CON2_TUBES (2).JPGCondition 2. Experiment 46. View of underside of solidified wax flow showing a tube structure. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_47_CON2.JPGCondition 2. Experiment 47. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_48_CON2.JPGCondition 2. Experiment 48. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_4_CON2.JPGCondition 2. Experiment 4. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_50_CON2.JPGCondition 2. Experiment 50. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_51_CON2.JPGCondition 2. Experiment 51. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_52_CON2.JPGCondition 2. Experiment 52. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_53_CON2.JPGCondition 2. Experiment 53. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_54_CON2.JPGCondition 2. Experiment 54. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_55_CON2.JPGCondition 2. Experiment 55. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_56_CON2.JPGCondition 2. Experiment 56. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_57_CON2.JPGCondition 2. Experiment 57. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_58_CON2.JPGCondition 2. Experiment 58. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_59_CON2.JPGCondition 2. Experiment 59. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_5_CON2.JPGCondition 2. Experiment 5. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_60_CON2.JPGCondition 2. Experiment 60. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_6_CON2.JPGCondition 2. Experiment 6. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_7_CON2.JPGCondition 2. Experiment 7. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_8_CON2.jpgCondition 2. Experiment 8. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_9_CON2.JPGCondition 2. Experiment 9. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_10_CON3.JPGCondition 3. Experiment 10. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_11_CON3.JPGCondition 3. Experiment 11. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_12_CON3.JPGCondition 3. Experiment 12. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_13_CON3.JPGCondition 3. Experiment 13. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_14_CON3.JPGCondition 3. Experiment 14. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_15_CON3.JPGCondition 3. Experiment 15. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_15_XSECTION_CON3 (1).JPGCondition 3. Experiment 15. Cross-section of tube structure within a wax flow. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx for experimental run conditionsimage/jpegPULSE_FLAT_15_XSECTION_CON3 (2).JPGCondition 3. Experiment 15. Cross-section of a tube structure within a wax flow with ruler for scale. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_1_CON3.JPGCondition 3. Experiment 1. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_2_CON3.JPGCondition 3. Experiment 2. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_3_CON3.JPGCondition 3. Experiment 3. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_4_CON3.JPGCondition 3. Experiment 4. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_5_CON3.JPGCondition 3. Experiment 5. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_6_CON3.JPGCondition 3. Experiment 6. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_7_CON3.JPGCondition 3. Experiment 7. Refer to spreadsheet 'peters_et_al_con3and4_dataset' for experimental run conditionsimage/jpegPULSE_FLAT_8_CON3.JPGCondition 3. Experiment 8. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_9_CON3.JPGCondition 3. Experiment 9. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_10_CON4.JPGCondition 4. Experiment 10. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_11_CON4.JPGCondition 4. Experiment 11. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_12_CON4.JPGCondition 4. Experiment 12. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_13_CON4.JPGCondition 4. Experiment 13. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_14_CON4.JPGCondition 4. Experiment 14. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_15_CON4.JPGCondition 4. Experiment 15. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_1_CON4.JPGCondition 4. Experiment 1. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_2_CON4.JPGCondition 4. Experiment 2. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_3_CON4.JPGCondition 4. Experiment 3. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_4_CON4.jpgCondition 4. Experiment 4. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_5_CON4.JPGCondition 4. Experiment 5. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_6_CON4.JPGCondition 4. Experiment 6. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_7_CON4.JPGCondition 4. Experiment 7. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_8_CON4.JPGCondition 4. Experiment 8. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpegPULSE_FLAT_9_CON4.JPGCondition 4. Experiment 9. Refer to spreadsheet 'peters_et_al_wax_experiments_unsteadyflat.xlsx' for experimental run conditionsimage/jpeg