Toward the adoption of artificial intelligence-enabled wearable sensors interconnected with
intelligent medical objects, this contactless multi-intelligent wearable technology provides a …

This study aims to systematically explore the coupled effects of hydrodynamic and solution
chemistry conditions on the long-term transport and deposition kinetics of nanoparticles …

This study examined the compression of solvated polymer brushes on bioengineered
surfaces during the initial stages of Staphylococcus aureus (S. aureus) adhesion from gentle …

While each massive pandemic has claimed the lives of millions of vulnerable populations
over the centuries, one limitation exists: that the Edisonian approach (human-directed with …

Centered on the techniques and industrial applications of the reinforced cyclonic separation
process, its principles and mechanism for separation of ions, molecules and their …

Particle deposition phenomena were theoretically analyzed in terms of a hybrid theoretical
approach where the bulk transport is described by continuity equations and the surface …

Among pesticides, paraquat (PQ) is well recognized as extremely poisonous and harmful to
human health when ingested since it can damage the nervous system and induce organ …

Adhesion of bacteria is a key step in the functioning of antimicrobial surfaces or certain types
of on-line sensors. The subsequent removal of these bacteria, within a∼ 10–30 min time …

This paper describes the creation of hybrid surfaces containing cationic nanoparticles and
biocompatible PEG (polyethylene glycol) brushes that manipulate bacterial adhesion for …

This work explores the use of “patchy” polymer brushes to control protein adsorption rates
on engineered surfaces and to bind targeted species from protein mixtures with high …