The spectra show a general agreement with the experimental data, although the simulated spectra have more resolvable features than the experimental spectra. This is likely caused by the limitations of the utilized structural model, which imposes translational symmetry in order to make use of periodic boundary conditions. Thus, while the structure within the simulation cell is disordered, technological limitations hinder a fully-disordered model from being generated, resulting in a pseudo-crystalline simulation. Nonetheless, the simulations provide valuable insight into the structure and dynamics of both the bound waters, the polymer backbone, and the complex water-polymer dynamics, all of which can be characterized with atomic-level precision.