磁偏吹

在对比了现有各种克服磁偏吹的方法之后，作者认为只有交流MIG焊才是克服MIG焊的磁偏吹的最有效适用性最强的方法。

Based on the analysis of various solutions to the arc blow it is concluded that only AC MIG welding can be the effective and versatile method to overcome the arc blow .

9%Ni钢焊接中的磁偏吹及其防止

On the magnetic arc blow and its prevention in welding 9 % ni steel

因而作者提出了用交流电源实现MIG焊接的方法克服磁偏吹。

In order to overcome the shortcome a project for developping AC MIG process was proposed by the authors .

为解决直流MIG焊电弧的磁偏吹问题，研制了交流MIG焊电源。介绍针对交流MIG焊的主要问题&电弧稳定性所开展的工作。

In this paper , some problems about the stability and controlling method of the AC MIG arc are discussed .

焊接电弧磁偏吹问题的理论解释及解决办法

Theoretical explanation and solutions of arc magnetic blow Magnetic Shift

电弧磁偏吹的产生及控制

Occurrence of electric arc blowing deviation and control of it

双丝窄间隙焊中电弧主要受电弧之间电磁力和侧壁磁偏吹综合作用。

The arc of the twin – wire MAG-NG welding is acted by the electromagnetic force of the arcs and arc blow of the sidewall .

分析了磁偏吹在焊接过程中对焊接电弧的影响以及产生原因，通过调整和改善焊接电弧周围磁场分布，并采用反消磁法，克服和消除了磁偏吹对焊接电弧的影响。

This article analyzes the reason and influence of Magnetic blow on welding arc during the welding process . Through the adjusting and improving of the magnetic field distribution , adopting the anti-magnetic erasing method to eliminate the influence of magnetic blow for welding arc .

分析了高压蒸汽管线带磁及焊接时产生磁偏吹的原因，介绍了简易消磁焊接新方法。

The reason of magnetic deflective blow when high pressure vapor pipe is magnetized and welded is analyzed . A new simple demagnetizing weld is introduced .