The development of electric and hybrid automobiles has gained momentum\nwith the growth of interest in the field of miniaturization of electrode materials.\nIn particular, technologies that improve the electrical property of stainless\nsteel, while maintaining corrosion resistance, are gaining interest in terms\nof maintaining specific resistivity. The study on metal doping in diamond-like\ncarbon coating is currently in progress to enhance the characteristics of conductivity\nand corrosion resistance with excellent properties such as corrosion\nresistance and lubrication coating. It is the process of using Cr arc with DLC\ncoating to actuate AEGD. The change of I(D)/I(G) (Graphite peak (G) and\ndisordered bond peak (D)) ratio and G-peak position in Cr-containing DLC\nfilm causes graphitization and thus lowers the basic electric resistance. Simultaneous\ninput of nitrogen gas leads to deposition of CrN by a specific ratio of\nCr and N in the DLC coating, and the nitrogen atoms replace hydrogen in\nbonding to increase the sp3 bond structure in the DLC film, in which CrN is\nnot deposited, to result in specific resistivity of a specific value or less.
Loading....