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Studium mechanických vlastností supertvrdých nanostrukturních vrstev
Buršíková, V. ; Jašek, O. ; Frgala, Z. ; Karásková, M. ; Zajíčková, L. ; Buršík, Jiří ; Bláhová, O. ; Grančič, B. ; Mikula, M. ; Klapetek, P.
Study of Mechanical Properties of Superhard Nanostructured Thin Films.
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Mechanical properties of nanocrystaline diamond thin films
Buršíková, V. ; Frgala, Z. ; Jašek, O. ; Karásková, M. ; Zajíčková, L. ; Franta, D. ; Buršík, Jiří ; Klapetek, P. ; Bláhová, O. ; Matějková, Jiřina
Mechanical properties of nanocrystaline diamond films.
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Instrumentovaný indentační test v nano- a mikroměřítku
Buršíková, V. ; Buršík, Jiří ; Bláhová, O. ; Dušek, J. ; Navrátil, V.
Several materials were chosen to span a wide range of hardness and structure,including pure copper,nickel,titanium,cadmium,zinc and silver.Nanoindentation hardness and microhardness values in wide interval of loads,measured by DSI method and classical Vickers microhardness method were compared in view of indentation Size Effect.
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Mechanical properties of organic - inorganic nanocomposites coatings
Farkačová, T. ; Bláhová, O. ; Špírková, Milena
The contribution deals with the determination of tribological properties of hybrid organic-inorganic epoxy-based coatings on tribometer by method pin-on-disc. The friction coeffiecient and wear resistance were monitored. Examined specimens were prepared from functionalized organosilicon precursors, oligomeric di- or triamines and colloidal silica particles. The products are the result of two independent reaction mechanisms: the sol-gel process and the epoxy-amine addition reactions.
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