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A New Method of Edge Crack Suppression in the Rolling Process of Magnesium Alloy Sheet and Study on the Method of Cathodic Protection

机译:镁合金板轧制过程中边缘裂纹抑制的新方法及阴极保护方法研究

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摘要

A new method is proposed to solve edge cracking and corrosion in rolling process of the magnesium alloy plate. Usually in the process, the edge cracking is caused by the great temperature difference between the edge and the center of the alloy plate and the corrosion is by water in air. The method uses hot air wrapped around the plate to perfectly prevent edge cracking and corrosion. The method also includes cathodic protection for the magnesium alloy based on electrochemistry. The suppression of cathodic protection on the chemical activity of the magnesium alloy was studied. The experiment shows that the new method of edge heating with hot air wrapping is effective to prevent edge cracking and corrosion. Also, the cathodic protection can effectively suppress the chemical activity of the magnesium alloy and improve the surface quality in the rolling process of the magnesium plate, which provides a new concept in rolling process of the magnesium alloy.
机译:提出了一种解决镁合金板轧制过程中的边缘开裂和腐蚀。通常在该过程中,边缘开裂是由合金板的边缘和中心之间的较高温差引起的,并且腐蚀是通过空气中的水。该方法使用缠绕在板上的热空气完全防止边缘开裂和腐蚀。该方法还包括基于电化学的镁合金的阴极保护。研究了对镁合金的化学活性的阴极保护。该实验表明,热空气包装的边缘加热方法是有效的,可防止边缘开裂和腐蚀。而且,阴极保护可以有效地抑制镁合金的化学活性,并改善镁板轧制过程中的表面质量,这在镁合金的轧制过程中提供了一种新的概念。

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