On the solubility of gases in liquid casting alloys

E. I. Marukovich, V. Stetsenko, A. Stetsenko
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Abstract

It has been shown that hydrogen and oxygen atoms cannot be present in the open pores of crystal lattices of base metals of casting alloys. The solubility of gases in liquid casting alloys is a nanostructured process. Hydrogen and oxygen atoms in melts are adsorbed by basic metal elemental nanocrystals. Nitrogen dissolves in liquid iron, nickel and chromium not in atomic form, but in the composition of elementary nanocrystals and nitride molecules. After deoxidation of molten casting alloys, the main gas dissolved in them is hydrogen.
气体在液态铸造合金中的溶解度
研究表明,氢和氧原子不能存在于铸造合金贱金属晶格的开孔中。气体在液态铸造合金中的溶解度是一个纳米结构的过程。熔体中的氢原子和氧原子被基本金属元素纳米晶体吸附。氮在液态铁、镍和铬中不是以原子形式溶解,而是以基本纳米晶体和氮化物分子的形式溶解。熔融铸造合金脱氧后,其中溶解的主要气体是氢。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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