CAJ | 학술논문

以碳纤维为增强材料对具有较高孔隙率的骨水泥进行补强,利用FTIR 和SEM对碳纤维表面晶体组分和骨水泥的显微结构进行了观察和分析,并对骨水泥的力学强度进行了测试.试验结果表明,硝酸氧化处理改善了骨水泥和碳纤维之间的界面结合,碳纤维的长度和添加量都会对骨水泥的力学强度造成影响.同时,碳纤维"井"字形添加工艺也能起到增强骨水泥的作用.
이탄섬유위증강재료대구유교고공극솔적골수니진행보강,이용FTIR 화SEM대탄섬유표면정체조분화골수니적현미결구진행료관찰화분석,병대골수니적역학강도진행료측시.시험결과표명,초산양화처리개선료골수니화탄섬유지간적계면결합,탄섬유적장도화첨가량도회대골수니적역학강도조성영향.동시,탄섬유"정"자형첨가공예야능기도증강골수니적작용.
In this study,the bone-cement with high porosity is strengthened by carbon fibers as reinforce materials.The crystalline composition of carbon fibers' surface and microstructure of the porous bone-cement were investigated by FTIR and SEM.And mechanical strengths were tested as well.The results indicate that Nitric acid oxidation not only enhances the infiltration and the activity of carbon fibers' surface,but also improves the interfacial bonding property,which improve the combination of interface between porous bone-cement and carbon fibers.Meanwhile,the strength tests show that both the length and the contents of carbon fiber could have effects on bone-cement mechanical strength respectively.Finally,the tic-tac structure system of carbon fibers could enhance the strength of bone cement.