About solid solutions of alloys

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

It is shown that the open pores of the crystal lattices of iron, manganese, titanium, cobalt cannot contain hydrogen, oxygen, nitrogen and carbon atoms. In solid solutions of alloys, hydrogen and oxygen atoms are present in the adsorbed state. Nitrogen atoms are mainly included in metal nitrides. Carbon atoms are found in elementary graphite nanocrystals. In solid solutions of alloys consisting of metals, their atoms are part of nanocrystals. They mainly consist of metal alloys. The formation of solid solutions of alloys is a nanostructural process.
关于合金固溶体
研究表明,铁、锰、钛、钴晶格的开放孔隙中不能含有氢、氧、氮和碳原子。在合金的固溶体中,氢原子和氧原子以吸附状态存在。氮原子主要存在于金属氮化物中。碳原子存在于基本石墨纳米晶体中。在由金属组成的合金固溶体中,其原子是纳米晶体的一部分。它们主要由金属合金组成。合金固溶体的形成是一个纳米结构过程。
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