The association of ionizable polymers strongly affects their motion in solutions, where the
constraints arising from clustering of the ionizable groups alter the macroscopic dynamics …

The structure of ionomers is often trapped in far-from-equilibrium states as a result of
clustering of the ionizable groups. Solvent tweaking of the ionic clusters to allow …

Ionic assemblies, or clusters, determine the structure and dynamics of ionizable polymers
and enable their many applications. Fundamental to attaining well-defined materials is …

Ionizable groups tethered to polymers enable their many current and potential applications.
However, these functionalities drive the formation of physical networks through clustering of …

Ionizable polymers form dynamic networks with domains controlled by two distinct energy
scales, ionic interactions and van der Waals forces; both evolve under elongational flows …

Ionomers are associative polymers with diverse applications ranging from selective
membranes and high-performance adhesives to abrasion-and chemical-resistant coatings …

Ionic polymers exhibit mechanical properties that can be widely tuned upon selectively
charging them. However, the correlated structural and dynamical properties underlying the …

The effects of the solution's dielectric properties on the conformation and dynamics of star-
shaped polyelectrolytes in shear flow are investigated using a hybrid simulation method …

Rubber-based ionomers have attracted extensive research interest from academy and
industry attributing to their distinct physical mechanical properties. However, currently …

Ionic polymers exhibit mechanical properties that can be widely tuned upon selectively
charging them. However, the correlated structural and dynamical properties underlying the …