Compared with other nanofiber fabrication processes, electrospinning is versatile and
superior in production and construction of ordered or more complex nanofibrous …

The effect of the electrospinning process parameters on the morphology, alignment, and self-
organization of the fibers into bundles and/or yarns are outlined. The fabrication of …

In order to design scaffolds for tissue engineering with proper architectures, organization
and properties, a variety of materials and technologies are being developed. In addition to …

Electrospinning is a versatile method for spinning various polymers into nanoscale fibers.
Nanofibers produced by electrospinning or other methods show enhanced properties such …

The use of electrospun nanofibres in applications such as medical products, fuel cells,
photocatalysis, filtration, sensors and actuators is reviewed. Yarn production is classified into …

An advanced centrifugal electrospinning setup is proposed for the fabrication of non-woven
textiles from polymer solutions using a pivotal feed unit and stationary collectors of large …

Electrospinning is a widely investigated and used technique for creating nano and
microfibres which has a wide range of medical and pharmaceutical applications. For cell …

Electrospinning PLLA solutions from two oppositely charged nozzles gives a triangle of
fibers, also called E-triangle, that assemble into yarns at the convergence point. The formed …

Inspired by the constitution of things in the natural world, three-dimensional (3D) nanofiber
scaffold/cells complex was constructed via the combination of electrospinning technology …

Generally, the conventional regenerated cellulose fibers are prepared either by the indirect
viscose process (viscose fibers) or using a modification of the basic procedure. The fiber …