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The Study of Complex (Ti, Zr, Cs) Nanopowder Influencing the Effective Ionization Potential of Arc Discharge When Mma Welding

机译:复合(Ti,Zr,CS)纳米粉末的研究影响MMA焊接时电弧放电有效电离电位的研究

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Strength is one of the most important characteristics of a weld joint. Mechanical properties of a weld metal can be improved in a variety of ways. One of the possibilities is to add a nanopowder to the weld metal. Authors of the paper suggest changing the production process of MMA welding electrodes via adding nanopowder Ti, Zr, Cs to electrode components through liquid glass. Theoretical research into the nanopowder influence on the effective ionization potential (Ueff) of welding arc discharge is also necessitated. These measures support arcing stability, improve strength of a weld joint, as the consequence, ensure quality enhancing of a weld joint and the structure on the whole.
机译:强度是焊接接头最重要的特征之一。焊接金属的机械性能可以以各种方式提高。其中一种可能性是向焊接金属添加纳米粉末。本文的作者表明,通过液体玻璃加入纳米粉末Ti,Zr,Cs至电极组分来改变MMA焊接电极的生产过程。还需要对纳米滤波器对焊接电弧放电有效电离电位(UEFF)的理论研究。这些措施支持电弧稳定性,提高焊接关节的强度,结果,确保焊接接头的质量增强和整体结构。

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