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[1]fengcunao,Cao, Yang,Wu, Ting,Cen, Jiajia,陈凯,Xiaowei Li,Zhang Dekun.Friction and wear mechanism of artificial joint composite material PEEK/ ZnO under different decomposition motion modes of knee joint,2023,卷: 189
[2]fengcunao,Guo, Yu,Xiaowei Li,Cao, Yang,Kuang, Qiuxue,zhangminghui,Zhang Dekun.In Situ Formation of MoS2 on the Surface of CF to Improve the Tribological Properties of PUE,2023,卷: 16期: 17
[3]fengcunao,Wang, Zhenyu,Li, Zhaolei,Xiaowei Li.Special Issue: Friction, Corrosion and Protection of Material Surfaces,2023,v 16,n 18,
[4]fengcunao,Guo, Yu,Yu, Zhenyang,陈凯,Dagang WANG,Xiaowei Li,Luo Yong,wangqingliang,Zhang Dekun.Tribological properties of PEEK composites reinforced by MoS2 modified carbon fiber and nano SiO2,2023,v 181,
[5]杜乃洲,fengcunao,CK,qiaojianghao,Zhang Dekun,Xiaowei Li.Friction dependence on the textured structure of an amorphous carbon surface: A reactive molecular dynamics study,2023,v 610,
[6]fengcunao,Cen, Jiajia,Wu, Ting,Hou, Tingzhu,陈凯,xiaoweili,Zhang Dekun.Preparation and Properties of the Poly(ether ether ketone) (PEEK)/Nano-Zinc Oxide (ZnO)-Short Carbon Fiber (SCF) Artificial Joint Composites,2022,卷: 4期: 12页: 8869-8877
[7]fengcunao,Zhang Dekun,chenkai,牛家墨.钛珠涂层和羟基磷灰石涂层与皮质骨界面的切向微动损伤研究,2022
[8]fengcunao,陶若兰,余振洋,chenkai,Zhang Dekun.模拟矿井环境下的PEEK/SiO_(2)/CF-MoS_(2)复合材料摩擦行为研究,2022
[9]fengcunao,Zhang Dekun,陈凯,牛家墨.Tangential Fretting Wear of Cortical Bone Interface between Titanium Bead Coating and Hydroxyapatite Coating,2022,v 42,n 6,p1148-1160
[10]fengcunao,Zhao, Yujie,zhangtao,陈凯,Xiaowei Li,Zhang Dekun.Separation and Extraction of Mixed Grinding Chips of Artificial Joints with Different Densities by Multiple Centrifugal Separations,2022,卷: 10期: 9
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