蒙娜丽莎集团股份有限公司博士后科研工作站资助项目
为提高薄型瓷质陶瓷砖的力学性能，以ZrO2短纤维为增强体，研究其掺量（质量分数，下同）对陶瓷性能的影响.结果表明：当ZrO2纤维掺量在40%以内时对陶瓷具有增强效果，但陶瓷韧性变差；当ZrO2纤维掺量为20%时，陶瓷的弯曲强度增幅为1084%，达到7760MPa，但断裂功下降2236%，为38321J/m2.ZrO2纤维结构不致密，在烧成中由四方相转变到立方相，并且阻碍了石英的熔融和莫来石的析出，这些因素均不利于增强增韧.
To improve the mechanical properties of thin porcelain tile, the influence of adding short ZrO2 fiber as reinforcement on the properties of porcelain was studied. The results show that the toughness will decrease when ZrO2 fiber content（by mass）is below 40%. The bending strength increases by 1084% to 7760MPa while the work of fracture decreases 2236% to 38321J/m2 when ZrO2 fiber content is 20%. The loose microstructure of ZrO2 fiber, its transition from tetragonal phase to cubic phase, its inhabiting effect on melt of SiO2 phase and precipitation of mullite are all disadvantages of reinforcement and toughening.
张电,刘一军,同继锋,薛群虎. ZrO2短纤维增强体相变及对瓷质陶瓷性能的影响[J].建筑材料学报,2017,20(6):909-913
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