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10.1007/s10853-021-06213-5

The wear resistance of TiNbSn alloy surfaces treated by plasma nitriding, TiN sputtering, and anodic oxidation was investigated with the goal of suppressing the release of wear debris that can act as abrasive particles.

Wear resistance of surface-modified TiNbSn alloy

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10.4322/2176-1523.20212449

TiNbSn alloys have advantages with respect to mechanical properties, if compared to other titanium alloys.

Study of fatigue crack growth behavior of cold worked and aged TiNbSn alloys

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10.1016/J.MSEA.2021.141898

The mechanical properties of anodized TiNbSn alloy, prepared in an electrolyte of sodium tartrate acid with H2O2 under the application of a high voltage, were investigated in comparison with those of Ti6Al4V and pure Ti.

Mechanical properties of anodized TiNbSn alloy for biomedical applications

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10.1016/j.matlet.2020.129103

In this study, the single crystal elastic constants of two TiNbSn alloys with Nb concentration below a critical quantity (βc) were extracted from their polycrystalline specimens using an in-situ synchrotron X-ray diffraction technique, although it was impossible to fabricate their single crystals due to the ultralow β-phase stability.

Single crystal shear moduli of β-phase stabilized by thermomechanical treatment in TiNbSn alloys with ultralow elastic modulus

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10.1016/j.apsusc.2020.148829

A bioactive TiNbSn alloy was anodized in an electrolyte of sodium tartrate containing hydrogen peroxide (H2O2).

Photoactivity of an anodized biocompatible TiNbSn alloy prepared in sodium tartrate/hydrogen peroxide aqueous solution

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10.1016/j.msec.2019.01.033

The bioactivity of anodized near-β TiNbSn alloy with low Young's modulus prepared in sulfuric acid electrolytes was examined to explore the osseointegration mechanism with a focus on the role of anodic oxide.

Bioactive TiNbSn alloy prepared by anodization in sulfuric acid electrolytes.

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10.1038/s41598-019-50581-7

To resolve this, we previously developed a TiNbSn alloy offering low Young’s modulus and improved biocompatibility.

Improved Osseointegration of a TiNbSn Alloy with a Low Young’s Modulus Treated with Anodic Oxidation

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Tinbsn Alloy - The wear resistance of TiNbSn alloy surfaces treated by plasma nitriding, TiN sputtering, and anodic oxidation was investigated with the goal of suppressing the release of wear debris that can act as abrasive particles. [1] TiNbSn alloys have advantages with respect to mechanical properties, if compared to other titanium alloys. [2] The mechanical properties of anodized TiNbSn alloy, prepared in an electrolyte of sodium tartrate acid with H2O2 under the application of a high voltage, were investigated in comparison with those of Ti6Al4V and pure Ti. [3] In this study, the single crystal elastic constants of two TiNbSn alloys with Nb concentration below a critical quantity (βc) were extracted from their polycrystalline specimens using an in-situ synchrotron X-ray diffraction technique, although it was impossible to fabricate their single crystals due to the ultralow β-phase stability. [4] A bioactive TiNbSn alloy was anodized in an electrolyte of sodium tartrate containing hydrogen peroxide (H2O2). [5] The bioactivity of anodized near-β TiNbSn alloy with low Young's modulus prepared in sulfuric acid electrolytes was examined to explore the osseointegration mechanism with a focus on the role of anodic oxide. [6] To resolve this, we previously developed a TiNbSn alloy offering low Young’s modulus and improved biocompatibility. [7]
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