CAJ | 학술논문

在27SiMn基体上制备一种新型的Ni-P-Ti3AlC2化学复合镀层,利用SEM,XRD对镀层形貌和物相进行表征,利用显微硬度计和磨粒磨损实验机分别对复合镀层的硬度和耐磨性进行研究.结果表明:Ni-P-Ti3AlC2复合镀层的沉积方式为颗粒堆积,相对于Ni-P二元镀层表面比较粗糙;复合镀层为非晶态结构,其硬度和耐磨性比二元镀层显著提高.
재27SiMn기체상제비일충신형적Ni-P-Ti3AlC2화학복합도층,이용SEM,XRD대도층형모화물상진행표정,이용현미경도계화마립마손실험궤분별대복합도층적경도화내마성진행연구.결과표명:Ni-P-Ti3AlC2복합도층적침적방식위과립퇴적,상대우Ni-P이원도층표면비교조조;복합도층위비정태결구,기경도화내마성비이원도층현저제고.
A novel Ni?P?Ti3AlC2 electroless composite plating was prepared on 27SiMn alloy. The surface morphology and phase analysis of the plating were characterized with SEM and XRD,meanwhile,the hardness and wear resistance of the plating were analyzed by microhardness tester and abrasive wear machine,respectively. The results show that the depositional style of Ni?P?Ti3AlC2 plating is the particle packing,and the surface of composite plating becames more coarser compared to that of electroless Ni?P plating;the XRD results reveal that the composite deposits have a typical amorphous structure. The microhardness and wear resistance of the composite plating are superior to that of Ni?P plating.