首页> 美国政府科技报告 >THE INFLUENCE OF CHEMICAL COMPOSITION AND STRUCTURE ON THE HYDROGEN CONTENT OF IRON AND STEEL PartⅠ: The influence of silicon, carbon and structure on the behaviour of hydrogen in unalloyed steels

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THE INFLUENCE OF CHEMICAL COMPOSITION AND STRUCTURE ON THE HYDROGEN CONTENT OF IRON AND STEEL PartⅠ: The influence of silicon, carbon and structure on the behaviour of hydrogen in unalloyed steels

机译：化学成分和结构对钢铁氢含量的影响第一部分：硅，碳和结构对非合金钢氢行为的影响

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The conditions governing the transfer of hydrogen from the atmosphere of the arc are described. The amount of diffusible hydrogen taken up and given off by a specially prepared weld metal was determined. This material was prepared using both basic calciferous electrodes and cellulose electrodes containing different amounts of silicon. The variation in the uptake and loss of diffusible hydrogen with respect to the difference in the method of manufacture of the samples was determined. Silicon raises the uptake and hinders the loss of hydrogen in a-iron at room temperature.

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F. ERDMANN-JESNITZER; H. SABATH;
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年度 1960
页码 1-25
总页数 25
原文格式 PDF
正文语种 eng
中图分类工业技术;
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THE INFLUENCE OF CHEMICAL COMPOSITION AND STRUCTURE ON THE HYDROGEN CONTENT OF IRON AND STEEL PartⅠ: The influence of silicon, carbon and structure on the behaviour of hydrogen in unalloyed steels

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