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The Effect of the Nickel Sulphide Alloys Structure on Their Electrochemical Oxidation Parameters

机译:硫化镍合金结构对电化学氧化参数的影响

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The granulation of nickel sulphide alloys results in formation of the ultrafine structure because of their reactivity is increased in the hydrometallurgical processing. The phase composition and phase size of nickel sulphide alloys granulated was studied by X-ray and optical microscopy methods. It is shown the high cooling rate leads to the crystallization of non-equilibrium phase and dispersion of a metal component. The parameters of the electrochemical oxidation of nickel sulfide granular alloys in sulfuric acid solution were estimated. The initial potentials of phase components oxidation of nickel sulfide alloys granulated were defined. The rate of electrochemical oxidation of nickel sulfide alloys granulated is higher than that at slow-rate cooling.
机译:镍硫化物合金的造粒导致超细结构的形成,因为它们的反应性在液压冶金加工中增加。通过X射线和光学显微镜方法研究粒状硫化镍合金的相组合物和相位尺寸。示出了高冷却速率导致非平衡相的结晶和金属组分的分散。估计硫酸镍溶液中硫化镍粒状合金的电化学氧化参数。定义了颗粒硫化镍合金的相组分氧化的初始电位。粒料硫化镍合金的电化学氧化率高于慢速冷却时的电化学氧化率高。

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