弧焊铁和不锈钢的氮吸收。

T. Kuwana, H. Kokawa
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引用次数: 6

摘要

研究了熔炼条件和气氛对钨弧熔铁和不锈钢吸氮的影响。随着电弧电流的增大,不锈钢熔体中氮含量降低,铁熔体中氮含量基本保持不变。在这两种熔化金属中,氮含量几乎不依赖于试样重量和气体流速。其中氮含量随熔化时间的增加而增加,并随大气氮分压的增加而达到饱和值。用平衡数据讨论了电弧焊金属的氮吸收,并与钨气弧焊金属进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The nitrogen absorption of arc-melted iron and stainless steel.
Effects of melting conditions and atmospheres on the nitrogen absorption of tungsten arc-melted iron and stainless steel were studied. With the increase of the arc current, the nitrogen content of the melted stainless steel decreases, while that of the melted iron is nearly constant. In both of the two melted metals, the nitrogen content depends hardly on the specimen weight and the gas flow rate. In each of them, the nitrogen content increases with the melting time and then reaches the saturated value which increases with the nitrogen partial pressure of atmosphere. The nitrogen absorption of the arc-melted metal was discussed with equilibrium data and was compared with the gas tungsten arc weld metal.
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