RETRACTED: Influence of sputtering parameters on the structural and mechanical properties of TiC thin film coating

On-chip integration of bulk micromachined three-dimensional Si/C/CNT@TiC micro-supercapacitors for alternating current line filtering

“…The Ti 2p spectrum in Fig. 3e can be tted into two peaks at 458.8 and 464.6 eV with an interval of 5.8 eV, which is consistent with reported results for TiO 2 , [39][40][41][42] revealing that the Ti-C bond is not in the supercial layer. According to the C 1s spectrum in Fig.…”

Application of sputtered ceramic TiC/a:C thin films with different structures by changing the deposition parameters

“…The passivation effect means that the TiC surface coatings can control the metal ion release and increase the implant surface resistance by acting as a barrier between the working environment and surface of the implant. 24 On the other hand, tribochemical reaction during use can modify the surface of the implant producing a wear debris accumulation which can cause the inflammation in human body. 25 Surface modification by TiC coating can improve the bone response thanks to its ability to form the strong bonds with surface of TiAlV implant.…”

“…25 Surface modification by TiC coating can improve the bone response thanks to its ability to form the strong bonds with surface of TiAlV implant. 24 Gulbinski et al prepared the TiC/C nanocomposite thin films for tribological application with friction coefficient from 0.6 to 0.1 depending on carbon content. 26 TiC-based thin films exhibit many interesting physical, chemical, or mechanical properties making them attractive for a variety of applications.…”

“…TiC can be used as passivation coating for TiAlV body implants due to the TiO 2 and V 2 O5 spontaneous growth on the TiAlV surface exposed to atmospheric air. The passivation effect means that the TiC surface coatings can control the metal ion release and increase the implant surface resistance by acting as a barrier between the working environment and surface of the implant 24 . On the other hand, tribochemical reaction during use can modify the surface of the implant producing a wear debris accumulation which can cause the inflammation in human body 25 .…”

“…On the other hand, tribochemical reaction during use can modify the surface of the implant producing a wear debris accumulation which can cause the inflammation in human body 25 . Surface modification by TiC coating can improve the bone response thanks to its ability to form the strong bonds with surface of TiAlV implant 24 . Gulbinski et al.…”