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Description
  • The project is devoted to studying and producing of composite nanofiber materials and their following application. The studied nanofiber materials will be poly(vinyl-alcohol) (PVA) and poly(amide) (PA) – as absolutely new material in our common research. The strengthening materials of the nanofibers will be mainly carbon nanotubes - both single (SWNTs) and multi walled (MWNTs) ones.The production of different types of electrospun nanofiber materials and mainly of composite electrospun nanofiber materials with carbon nanotubes will be the first part of the project, which corresponds to our last cooperation and experiences with production of composite nanofibers with PVA base. The application of the composite nanofibers in hybrid composites will be the other part of our research. The nanotubes will be dispersed in different solvents and these suspensions will be added to solved polymers. There will be investigated if materials are producible by electrospinning. From the best ones there will be made lar (en)
  • Studium a výroba kompozitních nanovláken a jejich aplikací. Jedná se o kompozitní nanovlákna tvořená elektrostaticky zvlákněnými nanovlákny (zejména PVA a PA) s integrovanými uhlíkovými nanotrubicemi jak jednostennými tak vícestennými. Aplikace techto kompozitních nanovláken je v hybridních kompozitních materiálech. Očekáváme, že takto vytvořené lamináty budou mích lepší delaminační vlastnosti při zachování téměř stejné tloušťky a váhy.
Title
  • Producing composite nanofibers and its applications as reinforcement in composite systems (en)
  • Výroba kompozitních nanovláken a jejich aplikace jako výztuže kompozitních systémů
skos:notation
  • MEB041008
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  • composite nanofibers; electrospinning; composite materials; nanofibers; carbon nanotubes (en)
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  • Vyrobená kompozitní nanovlákna byla pomocí SEM-EDS a Ramanovy spektroskopie testována, což prokázalo nanovlákennou kompozitní strukturu. Začlenění těchto nanovláken do konstručních kompozitů jako sekundární výztuže přineslo výrazné zlepšení dynamicko-mechanických vlastností. (cs)
  • Produced composite nanofibers were tested by SEM-EDS and Raman spectroscopy, which showed nanofibrous composite structure. The incorporation of these nanofibers into classical composites as a secondary reinforcement has brought significant improvement in dynamic-mechanical properties. (en)
http://linked.open...tniCyklusProjektu
http://linked.open.../cep/klicoveSlovo
  • composite materials
  • electrospinning
  • nanofibers
  • composite nanofibers
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