首页> 外国专利> APPLICATION METHOD OF COATINGS TO TITANIUM AND ITS ALLOYS USING ELECTROSPARK DOPING METHOD IN WATER SOLUTIONS AT INCREASED PRESSURES

APPLICATION METHOD OF COATINGS TO TITANIUM AND ITS ALLOYS USING ELECTROSPARK DOPING METHOD IN WATER SOLUTIONS AT INCREASED PRESSURES

机译:电喷雾法在钛及其合金涂层中的应用

摘要

FIELD: metallurgy.;SUBSTANCE: method involves microarc oxidation (MO) in electrolyte in a sealed vessel by creation of potential difference between the treated parts as an anode and the housing of sealed vessel as a cathode with initiation of anode plasma discharges; at the first stage, MO is carried out at overpressure in gas part of volume of the sealed vessel of more than 105 at. by gas introduction; at that, partial gas pressure is created considering their solubility in electrolyte, and at the second stage, cathode modifying agent in the form of rhutenium oxide powder with the fraction size in nanosized range of 20 to 40 nm is added to electrolyte; note that MO is carried out at pressure of 1-2 at.;EFFECT: increasing corrosion resistance, reducing electric resistance owing to increasing the porosity at the first stage and electrospark doping at the second stage so that uniform coating is provided.;6 cl, 1 tbl, 1 ex
机译:领域:冶金学;方法:该方法涉及在密封容器中的电解质中进行微弧氧化(MO),方法是在作为阳极的处理部件与作为阴极的密封容器外壳之间产生电势差,并引发阳极等离子体放电。在第一阶段,在密闭容器中,气体部分的过压大于105 at。通过气体引入;此时,考虑到它们在电解质中的溶解度而产生部分气体压力,并且在第二阶段,将级分大小为20至40nm的氧化铑粉末形式的阴极改性剂添加到电解质中;注意MO是在1-2 at的压力下进行的;效果:增加耐蚀性,由于第一步增加孔隙率并在第二步增加电火花掺杂而降低电阻,从而提供均匀的涂层; 6 cl ,1 tbl,1 ex

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