Tailoring the Shape-Memory Performance of 2D and 3D Fabricated Semi-Crystalline PCL Networks Via Optimal Crosslinking
Abstract
This dataset comes from the following paper: Lorenzo Bonetti, Daniele Natali, Stefano Pandini, Massimo Messori, Maurizio Toselli, Giulia Scalet, Tailoring the Shape-Memory Performance of 2D and 3D Fabricated Semi-Crystalline PCL Networks Via Optimal Crosslinking, Macromolecular Rapid Communications, -, 2025, -. doi: 10.1002/marc.202500631 It contains: "Notes.pdf" describing all the files uploaded .xls files of the experimental data
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The dataset contains machine raw data in .xls format. • DSC analysis: Data are labelled as follows: “DSC-X”.xls, where “X” indicates the sample type (according to Table 1 in the manuscript) followed by progressive number (e.g., (1)), indicaFng the replicates. • QS tensile tests: Data are labelled as follows: “QS-X”.xls, where “X” indicates the sample type (according to Table 1 in the manuscript) followed by progressive number (e.g., (1)), indicaFng the replicates. • DMA - one-way shape memory test: Data are labelled as follows: “One-way SME-X”.xls, where “X” indicates the sample type (according to Table 1 in the manuscript). • DMA – stress-driven two-way shape memory test: Data are labelled as follows: “SD Two-way SME-X”.xls, where “X” indicates the sample type (according to Table 1 in the manuscript). • DMA – stress-free two-way shape memory test: Data are labelled as follows: “SF Two-way SME-X”.xls, where “X” indicates the sample type (according to Table 1 in the manuscript).