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Tehnološko-metalurški fakultet
Doktorske disertacije (TMF)
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Tehnološko-metalurški fakultet
Doktorske disertacije (TMF)
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and high conductivity. The surface of the p-aramid multiaxial fabric samples (Twaron and Kolon fabrics) was modified by γ-aminopropyl triethoxysilane (AMEO silane)/ethanol solution. Afterwards (1)
around 132000000) (1)
causing the formation of chemical bonds between them and organic components. Carbon nanotubes (CNT) present a perfect choice as reinforcement in polymer composites because of their high aspect rati (1)
ethanol solution with different types and contents of nanoreinforcement due to the improvement of their mechanical (1)
great stiffness (1)
high resistance and high energy absorption capability. In recent times (1)
Material in the form of fabrics made of high tenacity fibers are used in antiballistic protection due to their low density (1)
p-aramid fabrics have had a wide range of applications in the construction of composite structures for the production of the antiballistic body armour protection. Their excellent mechanical properti (1)
silane coupling agents modify nanosilica surface for their successful dispersion and deagglomeration (1)
small size and mass (1)
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