Diamond-like carbon (DLC) films with excellent anti-friction and wear resistance, can
effectively reduce the energy loss of tribosystems and the wear failure of parts, but the high …

Carbon materials have emerged as a rapidly advancing category of high-performance
materials that have garnered significant attention across various scientific and technological …

In the present work, a diamond-like carbon film (DLC) was electrodeposited on a p-Si
substrate and was used to fabricate an Al/DLC/p-Si/Au metal/interlayer/semiconductor (MIS) …

Three species of diamond-like carbon (DLC) film were systematically examined in NaCl
solution for their anticorrosion properties. Si&N&H-DLC has better electrochemical …

The previous study shows that superlubricity is achieved for self-mated aC: H films
deposited on steel surfaces with industry-application-level roughness (Sa∼ 118 nm) …

A variety of sp 2-bonded structures can be formed in carbon materials, and carbon-based
lubricants with low shear strength are widely used for harsh working conditions. In this …

This review explores the intricate realm of DLC (Diamond-like carbon) coatings in
biomedical applications, providing a thorough analysis of their biocompatibility and …

The outstanding tribological performance of transition metal dichalcogenides (TMDs) is
attributed to their unique sandwich microstructure and low interlayer shear stress. This …

Abstract γ-rays have high energy, thus, when irradiated on the materials, lead to the
degradation process of the materials which means the durability and efficiency of the system …

In situ formation of MoS 2 from oil-soluble sulfur-containing organic molybdenum (SOM)
additives in lubricating oils is an alternative route of adding MoS 2 into oils directly, which is …