腐蚀与防护
腐蝕與防護
부식여방호
CORROSION & PROTECTION
2015年
4期
341-346
,共6页
钛及其合金%口腔微生物%研究进展%腐蚀机理
鈦及其閤金%口腔微生物%研究進展%腐蝕機理
태급기합금%구강미생물%연구진전%부식궤리
titanium and its alloys%oral microbiology%research progress%corrosion mechanism
钛及其合金以其良好的耐蚀性能、机械性能和生物相容性，被广泛应用于牙科领域；口腔是一个极其复杂的微生物环境，微生物对钛及其合金的腐蚀影响不可忽视。综述了几种常见口腔微生物对钛及其合金的腐蚀研究现状，探讨了钛材在口腔环境中的腐蚀机理，并对钛及其合金的口腔微生物腐蚀研究趋势进行了展望。
鈦及其閤金以其良好的耐蝕性能、機械性能和生物相容性，被廣汎應用于牙科領域；口腔是一箇極其複雜的微生物環境，微生物對鈦及其閤金的腐蝕影響不可忽視。綜述瞭幾種常見口腔微生物對鈦及其閤金的腐蝕研究現狀，探討瞭鈦材在口腔環境中的腐蝕機理，併對鈦及其閤金的口腔微生物腐蝕研究趨勢進行瞭展望。
태급기합금이기량호적내식성능、궤계성능화생물상용성，피엄범응용우아과영역；구강시일개겁기복잡적미생물배경，미생물대태급기합금적부식영향불가홀시。종술료궤충상견구강미생물대태급기합금적부식연구현상，탐토료태재재구강배경중적부식궤리，병대태급기합금적구강미생물부식연구추세진행료전망。
Titanium and its alloys are widely used in dental fields due to their excellent corrosion resistance, mechanical properties and biocompatibility.Oral cavity is an extremely complex microbial environment,the effect of microbial corrosion on titanium and its alloys in oral cavity can not be ignored.The latest microbial corrosion research developments of several common oral bacteria are reviewed,and the related corrosion mechanisms are discussed, additionally,the possible research trends for oral microbial corrosion of titanium and its alloys are suggested in this paper.
