Abstract

The information on the compatibility of lead–boron–silicate glass of various compositions and ruthenium(IV) oxide compounds is systematized. The chemical processes occurring between them are established in terms of the theory of the acid-base interaction. The informative indicators that determine the direction of such interaction are the acidity, ionic potential, or orbital electronegativity of the components included in the composite materials. The established regularities can be used for selecting the composition of lead- and cadmium-free glass in the development of advanced ruthenium resistors and ruthenium-containing materials.

中文翻译：

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铅-硼-硅酸盐玻璃与氧化钌 (IV) 化合物的成分、物理和化学性质以及相容性

摘要

对各种成分的铅硼硅酸盐玻璃与氧化钌 (IV) 化合物的相容性信息进行了系统化。它们之间发生的化学过程是根据酸碱相互作用理论建立的。决定这种相互作用方向的信息指标是复合材料中包含的组分的酸度、离子势或轨道电负性。在开发先进的钌电阻器和含钌材料时，已建立的规律可用于选择无铅和无镉玻璃的成分。