This review considered various methods for depositing special modifying coatings on
medical implants made of titanium alloys including techniques such as electrochemical …

The study addresses the control of the biodegradation rate of the magnesium–zinc–calcium
(Mg–Ca–Zn) alloy, and improvement of its biocorrosion resistance and cytocompatibility …

The near equiatomic Ti-51at% Ni alloy has excellent corrosion resistance, strength, shape
memory and pseudo-elastic behaviour. However, it is lacking biocompatibility due to the …

Composite materials" base–transition layer–surface metal layer (Ta/Ti)" were produced
using a complex vacuum technology including magnetron sputtering. The structure (by …

This work aims to study the cytocompatibility of protective coatings obtained in argon and
nitrogen atmospheres on a TiNi surface. Particular attention is paid to comparing the …

NiTi alloys are actively used in medicine as implants because of their mechanical properties.
At the same time, however, the NiTi surface is not biologically active, which has a negative …

In this work, the following are investigated: structure, phase composition and mechanical
properties under static tension of titanium alloys Ti–(36–40) Zr–9Ta (at%) for medical use …

Integrating nanotechnology and microengineering into biomedical device design has paved
the way for unprecedented medical diagnostics, therapeutic interventions, and patient care …

Аннотация Использование NiTi в качестве материала для имплантатов возможно,
благодаря его биоинертности. Но при этом необходимо обеспечить ему, во-первых …

Исследованы структура, фазовый состав и механические свойства при статическом
растяжении титановых сплавов системы Ti-(36-40) Zr-9 Ta (ат.%) медицинского …