By Akbar K. Haghi, Gennady E. Zaikov
In the 1st volumes of this sequence, we now have proven that submicron-sized and nanofibres should be ready from a polymer resolution through electrospinning.
The 3rd quantity of ‘Advances in Nanofibre study’ describes the various instructions during which the technological know-how and expertise of polymer nanofibres is now evolving and highlights the present figuring out of polymer nanofibres and nanocomposites. during this quantity, readers can locate chapters which examine the prevalence, balance, and useful houses of fibrous nanomaterials of other sizes and shapes.
The new and rising purposes of polymer nanofibres are offered along the fundamental underlying technology and know-how. With discussions exploring such sensible functions as filters, materials, scaffolds for tissue engineering, the e-book offers polymer scientists and engineers with a entire, functional ‘how-to’ reference paintings. one of the major elements coated is the book’s presentation of the technology and know-how of electrospinning, together with functional details on the right way to electrospin varied polymer systems.
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Additional info for Advances in Nanofibre Research, Volume 3
The growth of apatite on CHT/MWNT composite membranes at low MWNT concentrations was also reported. Apatite was formed on composites containing low concentrations of MWNT. CNT/CHT nanobiocomposites for immunosensors were produced by some researchers. In such nanobiocomposites, electron transport enhanced and improved the detection 34 Update on Fabrication of Modified Electrospun Nanofibres of ochratoxin-A, due to the high electrochemical properties of SWNT. Also, the CNT/CHT nanocomposite used for the detection of human chorionic gonadotrophin antibody perfomed well, displaying high sensitivity and good reproducibility.
The development of high performance CHT biopolymers involves the incorporation of fillers that provide significant mechanical reinforcement. Polymer nanocomposites have been reinforced by nanosized particles with a high surface area to volume ratio, including nanoparticles, nanoplatelets, nanofibres and carbon nanotubes (CNT). Nowadays, CNT are considered as potential fillers, as 28 Update on Fabrication of Modified Electrospun Nanofibres they improve the properties of biopolymers. Based on such reports, researchers have assessed the effect of CNT fillers in the chitosan matrix, and have shown that the properties of CNT/chitosan nanobiocomposites show high potential for biomedical applications.
Various polymers including synthetic ones such as poly(εcaprolactone) (PCL), PLA, polyglycolic acid (PGA), poly(lactic-co-glycolic acid), polystyrene, polyurethane, polyethyelene terephthalate, poly(L-lactic acid)-co-poly(εcaprolactone) (PLLA-CL) and biological materials such as collagen, gelatin and chitosan have been successfully electrospun to obtain fibres with diameters ranging from 3 nm to 5 µm. The different parameters which may be used to control the electrospinning process include the solution properties, and ambient temperature.
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