Sentence examples for coatings of zn from inspiring English sources

In this study, the kinetic spray process is utilized to deposit several types of coatings, including metal coatings of Zn and Al, and the composite coatings of Zn + Al, Zn + Al + Si and Zn + (Al Si).

Thin coatings of Zn (Fig. 9e) also occur at the surface of iron spherules suggesting Zn addition from a vapour phase, and iron-oxide coatings occur at the surface, or within vesicles, of some samples (Fig. 9f).

The composition of the corrosion products of non-chromated and chromated galvanic coatings of Zn and Zn Co(1 5wt.%) alloys in free aerated solution of 5% NaCl is described and discussed.

The corrosion resistance and protective ability of electrodeposited coatings of Zn, Zn Mn(6%) and Zn Mn(11%) alloys as well as of chromated and non-chromated multilayer galvanic systems were investigated in a free aerated medium of 1N Na2SO4 (pH 6.0) at open circuit conditions (OCP Ecorr) using polarization resistance (Rp) measurements.

The composition of the corrosion products of non-chromated and chromated galvanic coatings of Zn, Zn Mn (6 wt.%) and Zn Mn (11 wt.%) in a model free aerated solution of 1 N Na2SO4 (pH 6) is determined using X-ray powder diffraction analysis (XRD).

The coatings consist of Zn-Al layered double hydroxide (LDH) nanoplatelets incorporated into a nickel matrix (Ni-LDH), and were evaluated for their corrosion resistance versus pure nickel coatings on steel substrates.

Two different zinc coatings of composition ZnMg2Al2 (Zn + 2 wt.% Mg + 2 wt.% Al) and ZnAl53 (Zn + 53 wt.% Al) were investigated in aqueous solution at pH 12.0 with a novel setup, the so-called impedance titrator.

These results pave the way for simple and low-cost routes for the production of novel functionalized coatings of ZnO over Zn, with potential for biomedical devices.

The influence of pulse plating parameters on the surface topography, grain size, crystal imperfections and corrosion resistance of Zn coatings has been studied.

The structure and the corrosion performance of Zn coatings formed by pack cementation and fluidized bed reactor at 250, 350, 380 and 400 °C have been studied.

This study examined the effect of the molecular structure of the aliphatic chain in arenes (phenyl + aliphatic chain) used as brightener additives on the reduction kinetics, morphology and corrosion resistance of Zn coatings formed by reduction of Zn II) ions in a chloride electrolytic bath.