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W pracy przeprowadzono badania odporności korozyjnej, twardości oraz adhezji warstwy SiO2 naniesionej na powierzchnię stopu Ni-Ti. Badania realizowano zarówno dla próbek nieodkształconych, jak i odkształconych. Badania odporności na korozję przeprowadzono metodą potencjodynamiczną i impedancyjną w warunkach symulujących środowisko tkankowe – roztwór Ringera. Z kolei adhezję warstwy do podłoża oceniano...
Purpose: The study analysed influence of the selected functional properties of metallic biomaterials on selected functional properties of coronary stents used in invasive cardiology. Design/methodology/approach: Pitting corrosion resistance tests were performed by means of potentiodynamic method. Corrosion resistance tests were performed on the ground of registered anodic polarisation curves and Stern...
Purpose: The study analyses influence of surface modification of Si:Ti on physical and chemical properties of samples made from AISI 316L steel in solution simulating blood-vascular system. Design/methodology/approach: Sol-gel layer was selected on the ground of data from literature. TEOS and TET made the ground for initial solution. Application of the layer on the surface of samples made of AISI...
Purpose: The paper analyzes the effects of plastic deformation in cold working process on the corrosion resistance, micro-hardness and mechanical properties of austenitic stainless steel X5CrNi18-10. Design/methodology/approach: Corrosion resistance of X5CrNi18-10 steel was examined using weight and potentiodynamic methods. In the weight method, the specimens were immersed in the prepared solution...
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