Electroreduction of cerium(III) ions on a silver electrode in a chloride melt at 823 K

Кушхов, Х. Б.; Vindizheva, M. K.; Mukozheva, R. A.; Tlenkopachev, M. R.; Abazova, A. Kh.

doi:10.1134/s1023193513040125

Cited by 2 publications

(1 citation statement)

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“…Electrochemical processes that occur in salt melts are studied rather well [4][5][6][7]. Paper [8,9] describes a study on the formation of IMC during electroless diffusive saturation.…”

Section: Introductionmentioning

confidence: 99%

Determination of Formation Regimes for Bilayer Cobalt Dysprosium Intermetalic Surface Alloy

Кovalenko

Kondratyev

Kotok

et al. 2019

EUREKA: Physics and Engineering

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High tech industrial fields on modern development stage are in need of construction materials with an optimal ratio of volume and surface properties, along with low cost of material itself. As evidenced by studies, in order to give a set complex of properties to a workpiece that operates under specific conditions, it is often sufficient to only modify its surface area. Over the course of studies, by means of gravimetric, influence of technological parameters (temperature and time samples are kept in the melt) on specific mass change of cobalt samples, that act as substrate, during electroless diffusive saturation with dysprosium in eutectic melt of lithium and Original Research Article: full paper (2019), «EUREKA: Physics and Engineering» Number 6 4 Chemical Engineering potassium chlorides have been studied. A mathematical dependency was established for specific mass change of cobalt samples on time spent in melt for temperature range of 873-973 K. Composition of intermetallic coats obtained on surface of cobalt samples was studied means of EDX and SEM analyses. It was discovered, that for chosen temperature range, diffusion layers formed on surface of cobalt samples consists of two structural zones that correspond to Co-Dy and Cp 2 Dy phases.

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“…Electrochemical processes that occur in salt melts are studied rather well [4][5][6][7]. Paper [8,9] describes a study on the formation of IMC during electroless diffusive saturation.…”

Section: Introductionmentioning

confidence: 99%