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The Study of the Electrochemical Graining Process in NaBO_2- H_3BO_3 Solution and Grain Appearance on the Surface of Aluminum Alloy

机译:铝合金表面上Nabo_2-H_3BO_3溶液和晶粒外观的电化学磨削过程研究

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The mainly process of electrochemical graining on 6063 aluminum alloy included graining at alternating current, anodizing and chemical coloring. The graining used NaBO_2-^sH_3BO_3 system as film-forming solution, proper AC current density, treating time, temperature , adding agents and solution concentration were ascertained through operating orthogonal experiment, the grain of appropriate density and width could be obtained, the grained surface of aluminum alloy presented intergranular corrosion in the graining zone, the appearance was improved after anodizing, enough thick anodizing film could make intergranular corrosion eliminated. Cyclic voltammetry experiment was used to preliminarily explaine the grain process, the main cause of graining zone formation was hydrogen evolution.
机译:在6063铝合金上的主要方法包括在交流电流,阳极氧化和化学着色处的晶粒。通过运行正交实验确定晶体的NaBO_2- ^ SH_3BO_3系统作为成膜溶液,适当的交流电流密度,处理时间,温度,加入剂和溶液浓度,可以获得适当的密度和宽度的粒度作者:王莹,王莹,王莹,铝合金在磨砂区呈现晶体腐蚀,阳极氧化后,外观提高了,厚厚的阳极氧化膜可以使晶间腐蚀消除。循环伏安法实验用于预先解释晶粒过程,晶体区形成的主要原因是氢化。

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