Raw data for "Prediction of Rheological Properties via Structure Elucidation of Solvated Hydrogels"

This folder includes the raw data utilized in the development of the manuscript titled "Prediction of Rheological Properties via Structure Elucidation of Solvated Hydrogels", where structure-property relationships are elucidated for three different cellulosic polymers, methyl cellulose (MC), hydroxypropyl methylcellulose (HPMC), and hydroxypropyl cellulose (HPC) as they transition into filamentous hydrogels at elevated temperatures. This dataset includes: unprocessed cryo-TEM data of the three polymers, USANS + SANS data and the models used to fit the bulk variable-temperature scattering data, unprocessed freeze-dried SEM data of the three polymer hydrogels, oscillatory shear rheology data of the three polymers at a wide range of temperatures, unprocessed liquid cell TEM micrographs of the gelation of MC, snapshots taken from the recorded movies of the gelation of MC, microFT-IR files that confirm electron-beam damage of MC at very high fluence and the lack of significant degradation of MC after LCTEM experiments, and unprocessed LCTEM micrographs that show rapid electron-beam induced damage to HPMC even at low fluence.