Crosslinked chitosan-based nanofilms (thickness approximately 40 nm) were prepared
using a naturally occurring and nontoxic reagent, genipin, and the surface properties were …

In this study, mussel-inspired chemistry, based on catechol–amine reactions, was adopted
to develop self-cross-linkable chitosan–alginate (Chi–Alg) complexes. To do so, the …

Ionic transport through porous membranes and porous materials has received enormous
attention due to its importance to many applications. An innovative methodology is proposed …

In this study, self-cross-linked chitosan/alginate dialdehyde multilayer films, capped with
either alginate dialdehyde (6 layers) or chitosan (7 layers), were fabricated using the layer …

Abstract Development of wound dressings with enhanced therapeutic properties is of great
interest in the modern healthcare. In this study, a zein-based nanofibrous wound dressing …

The demand for revolutionizing the lightweight design of Li‐ion batteries has become
inevitable due to the ever‐increasing development of electric transportation modes …

Commodity formulations contain many chemically distinct components and their mutual
interactions define the beneficial characteristics of the formulation. Mixing oppositely …

Using the example of a series of sulfo derivatives of 2-naphthol, it was shown that the charge
field formed by the polyelectrolyte coil significantly changes the constants k 1 and k− 1 of the …

Addition of poly (diallyldimethylammonium chloride)(PDDA) on the performances of urea-
formaldehyde (UF) adhesives was evaluated in this work. Three types of UF adhesives were …

Steel reinforced concrete is the most used material, after water, due to its outstanding
composite properties and good availability. On the one hand, steel contributes tensile …