Structure and Properties of High-Performance Fibers
11 - Electrospun nanofibers
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Cited by (31)
Advances in the development and applications of nanofibers in meat products
2024, Food HydrocolloidsEffect of nanofibers as reinforcement on resin-based dental materials: A systematic review of in vitro studies
2023, Japanese Dental Science ReviewFabrication of physically crosslink Levan-lsbl-bk1/PVA electrospun nanofiber
2023, European Polymer JournalControlled fiber deposition via modeling the auxiliary electrodes of the needleless electrospinning to produce continuous nanofiber bundles
2023, Materials Today CommunicationsCitation Excerpt :There are various potential application areas of nanofibers due to those advantageous properties. Among all nanofiber production methods, electrospinning is the most dominant one thanks to its wide polymer range, reproducibility, ease of production, suitability for different set-up modifications, and mass production potential [2]. In a conventional electrospinning set-up, a needle is used to feed the solution.
A review of recent developments in tin dioxide nanostructured materials for gas sensors
2022, Ceramics InternationalCitation Excerpt :Fiber morphology, e.g., fiber diameter, orientation, rugosity and surface defects, can be modified by adjusting the spinning parameters. These parameters include (i) the properties of the solution such as viscosity, elasticity, conductivity and surface tension, (ii) technical variables such as hydrostatic pressure in the capillary tube, the electrical potential at the tip of the spinning nozzle, and the working distance (distance between the nozzle tip and the collector), and (iii) environmental parameters such as solution temperature, humidity and air velocity in the electrospinning chamber [181,182]. Electrospinning has several advantages over other techniques used to prepare fibers, including the simplicity of the spinning apparatus, high production rate, low cost, control over fiber diameter and microstructure, and the diversity of materials manufactured into fibers [183].
Interaction of silver nanoparticle and commonly used anti-inflammatory drug within a poly(amino acid) derivative fibrous mesh
2021, Journal of Molecular LiquidsCitation Excerpt :In this regard, nanofibers – possessing a high specific surface area- can provide an excellent carrier for silver nanoparticles. Nanofibers have been widely utilized in regenerative medicine and tissue engineering as they possess several advantageous features [18,19]. Undeniably, besides their chemical compositions, a wound dressing's physical structure can greatly impact the wound healing process.