After electrospinning the core-shell fluid and heat-treating the resulting fibers, transmission electron microscopy revealed a uniform, densely packed structure of titania nanocrystals. In stark ...

Using a fiber production technique called electrospinning, these start-ups have developed nanofibers that capture aerosol dropletsbetter while providing additional breathability. Some of them are ...

As research continues, we can anticipate further improvements in electrospinning techniques, broadening their applicability and efficiency in producing high-quality nanofibers for a growing range of ...

Combining these two twins-tech, electrospinning ... methods; it provides outstanding controllability of diameter, orientation, morphology, density, pore size, and chemical properties of nanofibers ...

No literature has reported on the use of electrospun nanofibers for meniscal tissue regeneration in vivo. A novel electrospinning method has been developed to produce scaffolds composed of ...

Image Credit: Inovenso As well as their independent usages, combining these two methods makes it possible ... template synthesis and self-assembly). Electrospinning also allows the production of ...

This system allows the production of single or multi-component nanofibers ... different but individually regulated polymers. This method integrates the benefits of both needle-less and needle-based ...

The invention was developed using the wet-type electrospinning method, whereby cellulose is ... In addition, the cellulose nanofibers developed are not only biocompatible and environmentally ...

The electrospinning method requires a high-voltage electric field and electrically conductive target, and this hinders the safe and cost-effective mass production of polymer nanofibers.