A spinning nozzle destabilizes random fiber deposition via a dynamic electrode, resolving thickness inhomogeneities in nanofibrous layers.
A spinning promoter mediates biocompatible polymer electrospinning in pure water.
A micron-sized porous membrane captures bacteria through nonspecific adhesion, preventing tissue penetration and eliminating cytotoxicity from chemical agents.
Gel-based electrospinning prevents moisture-induced polymerization, enabling scalable production of uniform poly(cyanoacrylate) nanofibres.
Electrospun nanofiber web captures heat through fine pores, reducing thermal transfer to mobile terminal components.
A photosensitive fiber containing a photoacid generator enables direct lithography patterning on substrates.