Effect of Addition Agents on the Electrodeposition of INVAR Alloys

Influence of substrate, pH and magnetic field onto composition and current efficiency of electrodeposited Ni–Fe alloys

“…Finally, it must be pointed out the influence of the experimental conditions onto the hydrogen co-reduction and consequently onto the efficiency current [1,2,[13][14][15]. In the majority of cases, authors note an increasing of free H + reduction in the presence of convection.…”

“…As physical properties are affected by composition, morphology and structure of deposit, some investigations have concerned the influence of polarization and plating bath constituents on the metal ratio and/or deposit appearance [1][2][3]. Others authors have also studied the modification of current efficiency versus time [4].…”

Experimental design for modelling and multi-response optimization of Fe–Ni electroplating process

“…Ni) can be suppressed by the formation of hydroxide (Fan and Piron, 1996). In the last decades, scientific and technical studies have been conducted to address the effects of factors on performance enhancing of electroplating and deposition of Fe-Ni alloys (Harris et al, 1999;Zech et al, 1999;Fahidy, 2000;Hu and Wu, 2003;Karthik et al, 2003;Hoffmann et al, 2008). The effects of pH and temperature on Ni-Fe-P alloy electrodeposition from Ni sulfamate bath and the material properties of the deposits were investigated by Seo et al (2005).…”

The Three-Dimensional Morphology and Distribution of CaS Inclusions in Continuous Casting Slab of Ni20Mn6 Steel

“…Ni20Mn6 high-alloy steel, a precision alloy defined in national standard GB/T 37797-2019, is a functional alloy with controllable thermal expansion properties, low thermal conductivity, and high plasticity [ 1 ]. Its unique properties of high dimensional stability, high temperature resistance, and corrosion resistance mean it has an irreplaceable position in niche areas, such as ocean engineering, environmental engineering, astronaut, and aerospace engineering.…”