Abstract—

This paper presents examples that characterize various aspects of the possibility of determining the phase composition of solid multielement substances and materials containing nanostructured forms of their components by a differential dissolution stoichiographic method. The use of stoichiography makes it possible to detect and quantitatively determine both known and unknown crystalline and amorphous phases of constant and variable composition without standards of solid phases. The use of stoichiographic methods and ideas of nonequilibrium thermodynamics allows one to gain fundamentally new data on solid-state transformations of multielement, multiphase substances and materials.

中文翻译：

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功能材料化学成分研究中的微溶化学计量学方法

摘要-

本文介绍了一些实例，这些实例表征了通过微分溶解化学计量学方法确定固体多元素物质和包含其组分的纳米结构形式的材料的相组成的可能性的各个方面。化学计量学的使用使得有可能检测和定量确定具有恒定和可变组成的已知和未知的结晶相和无定形相，而无需固相标准。化学计量学方法的使用和非平衡热力学的思想使人们可以从根本上获得有关多元素，多相物质和材料的固态转变的新数据。