Data supporting "Electric and Solvent Stability of Polymer Brushes Are Dictated by Different Design Principles"

Data supporting the publication "Electric and Solvent Stability of Polymer Brushes Are Dictated by Different Design Principles" in Macromolecules (vol. 59, issue 6, 3498-3507, published March 2026. <br><strong>Supporting experimental data includes:</strong><em>Ellipsometry data.</em> Objective: Determine the dry height of polymer brushes prior to and after exposure to various solvents (labelled _SolventStability) and electrical potentials (labelled _ElectroStability), including the electro-stability study with differential initial heights (labelled _LengthDependence).Files: metadata + ellipsometry data (xls), categorized by the study of solvent-stability, electro-stability and length-dependence.<em>X-ray Photoelectron Spectroscopy (XPS) data. </em>Objective: Determine the relative composition of the polymer brushes via a wide survey, such as C, O, and S atoms. In addition, determine the relative amounts of carbon moieties via a C1s narrow scan, such as carboxylic, alcohol and alkyl groups.Files: metadata + processed ratios (xls), categorized by the type of measurement (wide vs. carbon narrow). <em>Static contact angle. </em>Objective: Determine the change in wettability prior to and after exposure to various solvents. Files: metadata + contact angle data (xls)<em>Cyclic voltammetry (CV)</em>. Objective: Determine the on-set of electrically driven degrafting and/or absorption processes. Files: raw data of each 1st CV scan at varying scan rates of 25-150 mVs, sorted by sample type (labelled as Monomer-Anchor) (xls)