High-shear rate rotational rheometry provides access to the fast nonlinear dynamics of soft
materials and, particularly, their shear stress (exhibiting shear thinning and/or thickening) as …

The motion of nanoparticles in a polymer matrix is dictated by the intricate coupling of the
nanoparticles and surrounding polymers. Various length-and time-scale dependent features …

Polymer architecture (ie, chain connecting manner) and properties are closely correlate, and
strongly influence rheological properties that reflect microscopic molecular dynamics. This …

Ring polymers have fascinated scientists for decades, but experimental progress has been
challenging due to the presence of linear chain contaminants that fundamentally alter …

Understanding the nonequilibrium dynamics of topologically entangled polymers under
strong external deformation has been a grand challenge in polymer science for more than …

The distinctiveness of nonconcatenated ring polymers, as manifested in their fractal globular
conformations and self-similar dynamics with no long-lived entanglement network, propels …

Conformationally fluctuating, globally compact macromolecules such as polymeric rings,
single-chain nanoparticles, microgels, and many-arm stars display complex dynamic …

Linear viscoelastic properties in both melt and solution states are reported for a series of
poly (3, 6-dioxa-1, 8-octanedithiol)(polyDODT) made by reversible radical recombination …

Empirical rules play a crucial role in industrial and experimental settings for efficiently
determining the rheological properties of materials, thereby saving both time and resources …

We present a comprehensive experimental rheological dataset for purified entangled ring
polystyrenes and their blends with linear chains in nonlinear shear and elongation. In …