Filtering membranes based on electrospun expanded polystyrene/β-cyclodextrin fibers

Hydrothermal Synthesis and Characterization of Hybrid ZnO/3D Graphene Structures

“…From the diffraction patterns, we can observe the Ni peaks situated at 44.8°, 52.2° and 76.9°, and the carbon peak situated at 26.75°. The intensity of the carbon diffraction peak is much lower than that of the nickel diffraction peaks because the nickel foam is covered by a thin multi-layer graphene, as confirmed by Raman analysis [30].…”

“…The corresponding flow rates were 3.33·10 -6 m 3 ·s -1 CH 4 , 1.67·10 -5 m 3 ·s -1 Ar, and 5.42·10 -6 m 3 ·s -1 H 2 . Finally, the graphene sample was rapidly cooled to room temperature under the Ar and H 2 protection [30].…”

Nanofibres made from biocompatible and biodegradable polymers, with potential application as medical textiles

“…The main characteristics of polymers, which compete in their selection, are: elasticity, resilience, presence of functional groups, etc. [4,10,14]. Many compounds for therapeutic purpose can be incorporated within nanofibers, by using two different methods.…”

Study of electrospun cellulose acetate fibers

“…The unique characteristics of nanofibers make them an important candidate for a large number of industrial applications [2][3][4]. A significant number of methods can be used to obtain nanofibers: interfacial polymerization [5], melt spinning [6], solution spinning [7] and electrospinning [8,9]. Electrospinning is a simple and versatile process that uses the electrical field to obtain the polymeric nanofibers from solution.…”