Investigation on Hard-Tissue Compatibility of TiN Surface Formed by Atmospheric-Pressure-Plasma Nitriding

Ryuji SANNOMIYA; Ryuta ICHIKI; Ryoto OTANI; Katsuhiro HANADA; Masaki SONODA; Shuichi AKAMINE; Seiji KANAZAWA

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Investigation on Hard-Tissue Compatibility of TiN Surface Formed by Atmospheric-Pressure-Plasma Nitriding

机译：大气压等离子渗氮TiN表面硬组织相容性研究

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In this study, we demonstrated the improvement in the biocompatibility of titanium alloy by atmosphericp-ressure-plasma nitriding, in which the pulsed-arc plasma jet is sprayed onto a titanium alloy to form TiN surface. The deposition properties of calcium phosphate on different samples were compared after immersion in simulated body fluid to investigate hard-tissue compatibility. It was determined that the growth of the calcium phosphate layer on the nitrided sample was the most rapid. This result suggests that atmospheric-pressure-plasma nitriding has the potential to easily improve the hard-tissue compatibility of titanium alloy.

机译：在这项研究中，我们证明了大气-等离子体-氮化处理可改善钛合金的生物相容性，其中脉冲电弧等离子流喷射到钛合金上形成TiN表面。浸入模拟体液后比较磷酸钙在不同样品上的沉积特性，以研究硬组织相容性。已确定在氮化样品上磷酸钙层的生长最快。该结果表明大气压等离子体氮化具有容易改善钛合金的硬组织相容性的潜力。

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《Plasma and Fusion Research》 |2018年第1期|共1页
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Ryuji SANNOMIYA; Ryuta ICHIKI; Ryoto OTANI; Katsuhiro HANADA; Masaki SONODA; Shuichi AKAMINE; Seiji KANAZAWA;
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中图分类等离子体物理学;
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Investigation on Hard-Tissue Compatibility of TiN Surface Formed by Atmospheric-Pressure-Plasma Nitriding

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