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This is a Supplementary Data for a paper entitled "Spray impact onto a hot solid substrate: film boiling suppression by lubricant addition" by Gajevic Joksimovic et al. Frontiers in Physics (2023). Data used for plotting of figures Datasets for Fig. 5: Number at the end of the file name corresponds to the volumetric lubricant concentration used. Dataset_Figure5 TimeTemperatatureFlux Concentration 0.97.txt Dataset_Figure5 TimeTemperatatureFlux Concentration 1.09.txt Dataset_Figure5 TimeTemperatatureFlux Concentration 1.26.txt Dataset_Figure5 TimeTemperatatureFlux Concentration 1.49.txt Dataset_Figure5 TimeTemperatatureFlux Concentration 1.82.txt Dataset_Figure5 TimeTemperatatureFlux Concentration 2.34.txt Dataset_Figure5 TimeTemperatatureFlux Concentration 3.28.txt Dataset_Figure5 TimeTemperatatureFlux Concentration 5.47.txt Dataset_Figure5 TimeTemperatatureFlux PureWater.txt Datasets for Fig. 11: Dataset_Figure11 PHI Omega Omega nu.txt Supplementary videos The supplementary videos for Fig. 8: supplementary video Figure8a.mp4 supplementary video Figure9b.mp4 supplementary video Figure9c.mp4 The supplementary video for Fig. 13 supplementary video Figure13.mp4
The authors gratefully acknowledge financial support from the Deutsche Forschungsgemeinschaft (DFG, German Research Foundation) in the framework of SFB-TRR 75 (TP T02, project number 84292822) and the Open Access Publishing Fund of Technical University of Darmstadt.
nucleate boiling, white lubricant, spray cooling, foaming, drop impact, vapor percolation, film boiling
nucleate boiling, white lubricant, spray cooling, foaming, drop impact, vapor percolation, film boiling
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