Lanzhou, 730000
China
Chinese Academy of Sciences (CAS) - Lanzhou Institute of Chemical Physics
CrAlYxN coating, Y doping, wide temperature tribological behavior, mechanical properties
DLC filmPipeline protectionTribologyCorrosiondiamond-like carbon
Proton exchange membrane fuel cells, Stainless steel bipolar plates, N-doped a-C films (a-C: N), Corrosion resistance, Conductivity
Diamond-like carbon films, HCl solution, tribological performances, corrosion resistance performance, tribological mechanism
Magnetron sputtering, Composite coatings, Self-lubrication, Mechanical properties, Tribological properties
DLC film, pipeline protection, tribology, Corrosion
Solid oxide fuel cell, Metallic interconnect, Bias voltage, Mn-Co spinel coating, Oxidation behavior, Element diffusion
Accident tolerant fuel, Refractory metals interlayers, Cr coating, Oxidation resistance, Interface evolution
TaN coatings, Nitrogen content, microstructure, Properties
Keywords: Stainless steel bipolar plates, Cathodic arc ion plating, Metal-doped a-C films, Corrosion resistance, Conductivity, Hydrophobicity
Ag-DLC, Ag target current, Environment, Ultra-low wear, Lubrication mechanism
DLC film, Duplex layer, Polishing treatment, Mechanical performances, Tribological properties, Wear mechanism
Diamond-like carbon films, Laser surface texture, MoS2, Tribological performance, Tribological mechanism
Hydrogenated diamond-like carbon, MoS2, laser surface texturing, tribological performance