Every surface scientist knows about the importance of carbon spectroscopy: the signals of C
1 s and C KLL usually are indicating the surface cleanness, whereas C 1 s peak is often …

The exceptional properties of graphene, such as mechanical strength, flexibility, thermal
conductivity, electron mobility, biocompatibility, and transparency, make it an ideal material …

Simple bilayer approach is proposed for synthesizing hard and superhard diamond-like
carbon (DLC) coatings with reduced residual stress. For this, M/DLC bilayer (M= Ti and Cu) …

A one-step metal-catalyzed process for transforming carbon films into high-quality graphene
layers for potential use in various cutting-edge technologies was developed in this study …

Continuous and uniform carbon nanofilms (CNFs) are prepared by pyrolysis of polyimide
films which are produced by molecular layer deposition (MLD). The film thickness can be …

This paper reports the effect of substrate bias on the structural, nanomechanical, field
emission and ammonia gas sensing properties of nitrogenated amorphous carbon films …

High quality nitrogen incorporated hydrogenated amorphous carbon (aC: N: H) thin films
have been grown, using radio frequency-plasma enhanced chemical vapor deposition …

The ta-C coatings were fabricated using electromagnetically enhanced cathodic arc. The
effect of auxiliary magnetic field generated by electromagnetic coil on arc discharge …

Abstract TiSiC-Cr coatings, with Cr and Si as additional elements, were deposited on Si, C
45 and 316 L steel substrates via cathodic arc evaporation. Two series of coatings with …

Amorphous carbon (aC) solar cells were successfully prepared using a novel and self-
designed aerosol-assisted chemical vapor deposition (AACVD) method using camphor oil …