In order to explore the influence of carbon nanoparticles with different dimensions on the tribological properties of turbine oil,the dispersion stability of carbon nanoparticles in turbine oil was evaluated by static precipitation method.Fourball machine,Timken test machine and scanning electron microscopy were used to evaluate the friction reducing and antiwear effects of carbon nanoparticles in three common dimensions（zero dimensional fullerene (represented by C60),onedimensional carbon nanotubes (CNTs),twodimensional reduced graphene oxide (RGO)）in turbine oil.The results show that RGO shows better dispersibility in turbine oil,while C60 and CNTs have poor dispersion stability,and aggregation and precipitation are easy to occur between molecules.The friction reducing and antiwear effect of the RGO in the commercial turbine oil is the most significant,0.015% RGO can increase the maximum non seizure load of turbine oil by 52.38% and reduce the friction coefficient by 24.75%.