中文摘要：

选用三种CaCO3粒子[纳米粉料（nano-CaCO3,记为CC1）,晶须（CaCO3 wisker,记为CC2）和偶联剂处理的晶须（silane coated CaCO3 wisker,记为CC3）]在有机溶液中与聚对二氧环己酮（PPDO）通过溶液共混制得三种不同的PPDO/CaCO3复合材料——PPDO/CC1,PPDO/CC2和PPDO/CC3。力学性能测试发现,PPDO/CC2的拉伸强度较PPDO大幅提高;但CC3与PPDO的相容性变差,导致PPDO/CC3的力学性能明显下降。

英文摘要：

Three PPDO/CaCO3 composites（PPDO/CC1,PPDO/CC2 and PPDO/CC3） were prepared by blending poly（p-dioxanone）（PPDO） with three types CaCO3 particles of CC1（nano-CaCO3）,CC2（CaCO3 whisker） and CC3（silane-coated CaCO3 whisker）,respectively.The effects of particle size and surface treatment on mechanical properties of the composites were investigated.SEM and tensile tester confirmed that the presence of silane-coupling agent KH570 did not improve the interfacial adhesion between CC3 and PPDO.