The aim of this work was to form protective and durable films of octadecylphosphonic acid
on the surface of CuNi alloy. In order to achieve this goal several parameters of the film …

Self-assembled mono-and multilayers of stearic acid have been examined as corrosion
protection systems for copper-nickel alloy in 3% sodium chloride solution. We found that self …

Self‐assembled monolayers (SAMs) are an important element of modern nanotechnology
and surface functionalization. However, their application is still limited because they are …

The present study aims to investigate the possibility of reducing the absorbed dose required
to prepare a polymer nanocoating for surface functionalization by modifying the irradiation …

Self-assembly of organic molecules onto metallic surfaces is an efficient way to modify
surface properties of metallic materials. The aim of this paper was to examine the possibility …

Self-assembling molecular layers (SAMs) can serve as a densely packed film of monomers
that can be easily crosslinked to form nanometer-thick polymer coatings with high protective …

Self-assembled molecules (SAMs) form layers on copper that have an advantage compared
to traditional corrosion inhibitors because of the significant decrease of chemical application …

Currently used organic coatings for the protection of bronze sculptures have a relatively
short lifespan as a consequence of strict requirements of conservation ethics, which limit the …

Sažetak Carbon steel corrodes severely in presence of sodium chloride and it needs
additional protection to be used in marine environments. This work investigates the …

The aim of this work was to prepare protective films of alkenyl phosphonic acid (APC) in self-
assembled molecular layer (SAM) on different metals in order to improve the corrosion …