Sentence examples for bath alloy from inspiring English sources
The result shows that Zn-30Al-7%Ti/Sn sulphate co-deposition contributed to increase hardness and wear resistance than Zn-30Al-7%Ti/Sn chloride bath alloy.
The composition of nickel-copper alloy was influenced by pyrophosphate concentration, pH of the bath, metal ion ratio and citrate ions in the bath.
The model indicated that an increase of pH of the bath increases the alloy deposition rate.
The polyligand alkaline bath for Zn Ni alloy electrochemical deposition containing an aminoacetic acid (AAA) and triethanolamine (TEA) as the ligands to bind Ni II) cations was developed.
Although the effect of saccharine on pure Ni films was less obvious, significant changes were observed due to the presence of saccharine in the bath during the alloying of Cu with Ni.
Trisodium citrate dihydrate was found to be an essential component of the plating bath to plate magnesium alloy, with an optimum concentration of 30 g L−1.
Fluoride was found to be an essential component of the bath to plate AZ91D alloy with an optimum value of 7.5 g/l.
Subsequently, the substrate with as-prepared Cu microcones was immersed into the plating bath to form Ni Co alloy nanocone coating on the surface of the Cu microcones.
It was found that, by choosing an optimum bath composition, amorphous Au Ni alloy containing up to 40 at.% of Au with respect to the sum of Au and Ni can be electrodeposited from a bath prepared by excluding tungsten from the Au Ni–W bath that we developed previously.
Five series of commercially hot-rolled mild steels, with different silicon and phosphorus content, were tested in four industrial hot-dip galvanizing plants with different bath compositions: two innovative alloys containing low percentages of Ni and Bi (Ni≈0.04% and Bi≈0.1%), one alloy containing Ni (≈0.05%) and a traditional Zn Pb (Pb≈1.1%) alloy.
CPC acts as a cathodic depolariser and an efficient hydrogen scavenger in precious metal and alloy electrodeposition baths containing cyanocomplexes.
