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首页> 外文期刊>Metalurgia >MODIFICATION OF SOME PHYSICO-MECHANICAL PROPERTIES AS A RESULT OF DESULPHURIZATION MECHANISM SPECIFICALLY TO L.F. PROCESS
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MODIFICATION OF SOME PHYSICO-MECHANICAL PROPERTIES AS A RESULT OF DESULPHURIZATION MECHANISM SPECIFICALLY TO L.F. PROCESS

机译:特定于L.F.过程的脱硫机理导致的某些物理机械性能的改变

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摘要

The modern technology of manufacture of high-grade steel by the L.F. process (ladle-furnace) considering both the increase of melting unit and the increase of high-grade steel by the improvement some physico-mechanical properties. The typical physico-chemical processes, which take place between the metallurgical phases are produced due to injection some strongly desulphurized powders colligated to injection of inert gas Ar together with the electromagnetic continuous swirling of metal. The efficiency of metallurgical processes consists of strongly decrease of the sulphur content from metallic both that ascertains the increase some physico-mechanical properties: tensile strength and resilience; by comparison with the steels obtained by classical technologies.
机译:通过L.F.工艺(钢包炉)制造高级钢的现代技术同时考虑到熔化单元的增加和通过改善某些物理机械性能而增加高级钢的数量。在冶金相之间发生的典型物理化学过程是由于注入一些强烈脱硫的粉末而形成的,这些粉末与惰性气体Ar的注入相伴而生,并伴随着金属的电磁连续旋流。冶金工艺的效率包括大大降低金属中的硫含量,从而确定了某些物理机械性能的提高:抗张强度和弹性;与通过传统技术获得的钢材相比。

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