Titlebook: Electrospinning for High Performance Sensors; Antonella Macagnano,Emiliano Zampetti,Erich Kny Book 2015 Springer International Publishing

有發(fā)明天才

Myosin

Controlling the Nanostructure of Electrospun Polymeric Fibers,ing was evidenced in jet fragmentation and appearance of short nanofibers, affecting the entanglements density and molecular orientation of as-spun fibers. The stretching model was expanded to semi-flexible conjugated polymer chains, and scanning near field optical microscopy of electrospun nanofibe

隱語(yǔ)

休息

Electrospinning of Electro-Active Materials: Devices Based on Individual and Crossed Nanofibers,ere used in the fabrication of diodes. For the sensor, exposure to methanol vapors increased its resistance with a response time of 32?s while exposure of the diode to UV radiation increased the current and made it possible to rectify low frequency ac signals. Electrospinning is thus proposed as an

祝賀

大方一點(diǎn)

Electrospun Fluorescent Nanofibers and Their Application in Optical Sensing,ductory overview of the properties of fluorescent electrospun nanofibers and presents illustrative examples of their application as optical sensors for the detection of heavy metal ions, explosive compounds and bio-molecules.

ROOF

Electrospinning-Based Nanobiosensors,es and high stability, and can further offer multi-detection possibilities. These exceptional features make nanobiosensors as the favourite tools in quality control, food safety, and traceability for their capacity of revealing and warning people against the presence of pathogens, toxins and polluta

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受傷

,Turning Nanofibres into Products: Electrospinning from a Manufacturer’s Perspective, to explain the limited commercialisation and uptake of electrospinning by industry. To finish, some examples of nanofibre products that are currently available or being commercialised are given, with an outlook on what the future may hold for electrospun nanofibre technologies in the years to come.

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