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ELECTROCHIMICAL DEPOSION AT COMPOSITE Co-FeTi

机译:复合Co-FeTi的电化学沉积

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The composite of ferrotitan particles in cobalt matrix is obtained by the electrochemical method with an electrolyte of CoSO_4, CoCl_2 and H_3BO_3, on iron support. The ferrotitan particles was included in cobalt matrix through strongly stir of electrolyte. We have in view to obtain a densely material, without pores, adherent of support and to find out the optimal parameters: the current density, the pH and concentration of ferrotitan particles in the electrolyte. The composite material was analyzed of macro and microscope, to establish the size crystalline grains, the adherence of deposing on the support, the thickness of the layer deposits and Vickers micro hardness with are dependent of the current density which was applied during electrodepuse process.
机译:通过电化学方法在铁载体上用CoSO_4,CoCl_2和H_3BO_3的电解质通过电化学方法获得了钴基铁锰铁颗粒的复合物。通过强烈地搅拌电解质,将铁钛矿颗粒包含在钴基质中。我们的目的是获得一种致密的,无孔的,附着有支撑物的材料,并找出最佳参数:电流密度,pH值和电解质中费罗迪坦颗粒的浓度。对复合材料进行了宏观和显微镜分析,以确定晶粒尺寸,在载体上的附着力,层沉积的厚度以及维氏显微硬度,这取决于在电击过程中施加的电流密度。

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