中国组织工程研究
中國組織工程研究
중국조직공정연구
Journal of Clinical Rehabilitative Tissue Engineering Research
2012年
43期
8041-8044
,共4页
刘杰%时磊%范金杰%葛亚丽%谷晓明
劉傑%時磊%範金傑%葛亞麗%穀曉明
류걸%시뢰%범금걸%갈아려%곡효명
黏结瓷%氮化钛涂层%钛%瓷%结合强度%口腔生物材料%生物材料
黏結瓷%氮化鈦塗層%鈦%瓷%結閤彊度%口腔生物材料%生物材料
점결자%담화태도층%태%자%결합강도%구강생물재료%생물재료
背景:氮化钛涂层与黏结瓷均可改善钛瓷结合强度.目的:观察氮化钛涂层和Noritake Ti-22黏结瓷对钛瓷结合强度的影响.方法:将32个纯钛铸件表面喷砂后分为4组:纯钛组、氮化钛涂层组、黏结瓷涂布组、氮化钛涂层联合黏结瓷涂布组.将处理后各组试件中间部分烤瓷,运用三点弯曲方法测试各组金瓷结合强度.结果与结论:纯钛组钛瓷结合力低于氮化钛涂层组、黏结瓷涂布组、氮化钛涂层联合黏结瓷涂布组(P<0.05),后3组组间结合强度差异无显著性意义(P>0.05).氮化钛涂层组、黏结瓷涂布组、氮化钛涂层联合黏结瓷涂布组钛瓷界面结合紧密,无明显孔隙和气泡;纯钛组钛瓷结合界面有明显孔隙.说明氮化钛涂层和黏结瓷的应用有利于提高钛瓷结合强度,单两种处理方法同时作用并不能更好地提高钛瓷结合强度.
揹景:氮化鈦塗層與黏結瓷均可改善鈦瓷結閤彊度.目的:觀察氮化鈦塗層和Noritake Ti-22黏結瓷對鈦瓷結閤彊度的影響.方法:將32箇純鈦鑄件錶麵噴砂後分為4組:純鈦組、氮化鈦塗層組、黏結瓷塗佈組、氮化鈦塗層聯閤黏結瓷塗佈組.將處理後各組試件中間部分烤瓷,運用三點彎麯方法測試各組金瓷結閤彊度.結果與結論:純鈦組鈦瓷結閤力低于氮化鈦塗層組、黏結瓷塗佈組、氮化鈦塗層聯閤黏結瓷塗佈組(P<0.05),後3組組間結閤彊度差異無顯著性意義(P>0.05).氮化鈦塗層組、黏結瓷塗佈組、氮化鈦塗層聯閤黏結瓷塗佈組鈦瓷界麵結閤緊密,無明顯孔隙和氣泡;純鈦組鈦瓷結閤界麵有明顯孔隙.說明氮化鈦塗層和黏結瓷的應用有利于提高鈦瓷結閤彊度,單兩種處理方法同時作用併不能更好地提高鈦瓷結閤彊度.
배경:담화태도층여점결자균가개선태자결합강도.목적:관찰담화태도층화Noritake Ti-22점결자대태자결합강도적영향.방법:장32개순태주건표면분사후분위4조:순태조、담화태도층조、점결자도포조、담화태도층연합점결자도포조.장처리후각조시건중간부분고자,운용삼점만곡방법측시각조금자결합강도.결과여결론:순태조태자결합력저우담화태도층조、점결자도포조、담화태도층연합점결자도포조(P<0.05),후3조조간결합강도차이무현저성의의(P>0.05).담화태도층조、점결자도포조、담화태도층연합점결자도포조태자계면결합긴밀,무명현공극화기포;순태조태자결합계면유명현공극.설명담화태도층화점결자적응용유리우제고태자결합강도,단량충처리방법동시작용병불능경호지제고태자결합강도.
BACKGROUND:Titanium nitride (TiN) coating and bond porcelain can improve the bonding strength of titanium porcelain. OBJECTIVE:To investigate the influence of TiN and bond porcelain on the bonding strength of titanium porcelain. METHODS:Total y 32 cast pure Ti plates were prepared. After sandblasting, the cast plates were divided into four groups:A, B, C and D groups. A:pure Ti group, B:TiN coating group, C:bond porcelain coating group, D:TiN+bond porcelain coating group. And then porcelain was baked at the center of the plates. Al plates were submitted to a three-point bending test. RESULTS AND CONCLUSION:The titanium-porcelain binding stength of the group A was lower than that of the groups B, C and D (P<0.05).There were no significant differences in the bonding strength among the groups B, C and D (P>0.05). Titanium porcelain interfaces of groups B, C and D were linked closely together, and there were no obvious pores and bubbles. These findings suggest that the application of the TiN and bond porcelain is helpful to improve the bonding strength of titanium porcelain. If they are handled in two ways simultaneously, the bonding strength of titanium porcelain cannot be improved better.