The addition of nanoparticles in dynamically asymmetric LCST blends is used to induce preferred phase-separating morphology by tuning the dynamic asymmetry, and to control the …
We investigated theoretically and experimentally the correlation between the time evolution of different phase-separating morphologies and corresponding linear and transient …
Multifractal modeling is a mathematical method for the separation of a high potential mineralized background from a non‐mineralized background. The Concentration‐Distance to Fault …
Gibbs ensemble Monte Carlo simulations and cloud point measurements were performed to understand the molecular weight dependence of χ and the effect of dispersity on the phase …
The osmotic pressure and shear modulus of highly concentrated emulsions were modelled by considering both interfacial energy and interdroplet interaction. This was performed for two…
We present an easy-to-assemble microfluidic system for synthesizing cell-loaded dextran/alginate (DEX/ALG) hydrogel spheres using an aqueous two-phase system (ATPS) for …
This article reports on the application of a new and efficient nondestructive testing and evaluation (NDT&E) technique referred to as active microwave thermography (AMT) used to …
Polymer foams have broad application as structural and functional materials in a variety of technological applications. Polymerization of monomers present in the continuous phase of …
High throughput and efficient separation/isolation of nanoparticles such as exosomes remain a challenge owing to their small size. Elasto‐inertial approaches have a new potential to …
In the current study, we investigate the colloidal behavior of nanoemulsions over a wide range of oil volume fractions (φ) from dilute to concentrated regime. The dilute system contains …