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IMPACT ALKALINE EARTH OXIDES AND THE ELECTRICAL CONDUCTIVITY OF THE MIGRATION MECHANISM OF CARRIERS IN GLASSES SYSTEMS X LI2O (0,5 – X) K2O YMEO (0,5-Y) P2O5, WHERE O ≤ X ≤ 0,5 AND 0,1

Sokolov I.A, Kriyt M.E, Pronkin A.A, Naraev V.N
Vitreous compositions based on phosphorus pentoxide is insufficient attention, apparently because of their low chemical stability. To increase the chemical stability of the oxide phosphate glasses administered compounds of polyvalent elements, accompanied by a drop in the electrical conductivity and the increase of the activation energy of electrical conductivity. Introduction to glass composition xLi2O ∙ (0.5-x) K2O ∙ 0.5P2O5 magnesium oxide has almost no effect on the electrical properties of glass systems xLi2O ∙ (0.5-x) K2O ∙ yMgO ∙ (0.5-y) P2O5, where y = 0.05 and 0.1 studied the effect of magnesium oxide and barium on the electrical conductivity of glasses polischelochnyh systems xLi2O · (0,5-x) K2O yMeO · · (0,5-y) P2O5, where 0 ≤ x ≤ 0,5, and y = 0, 0.05 and 0,1, Me = Mg, Ba. Shown that the administration of 5 and 10 mol.% MeO almost no effect on the electrical conductivity.

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Соколов И.А, Крийт М.Е, Пронкин А.А, Нараев В.Н ВЛИЯНИЕ ОКСИДОВ ЩЕЛОЧНОЗЕМЕЛЬНЫХ МЕТАЛЛОВ НА ЭЛЕКТРИЧЕСКУЮ ПРОВОДИМОСТЬ И МЕХАНИЗМ МИГРАЦИИ НОСИТЕЛЕЙ ТОКА В СТЕКЛАХ СИСТЕМ Х LI2O(0,5‒ Х)K2O∙YMEO(0,5‒Y)P2O5, ГДЕ O ≤ X ≤ 0,5 И 0,1 // Научное обозрение. Химические науки. 2020. № 1. С. 31-32;
URL: https://science-chemistry.ru/en/article/view?id=42 (дата обращения: 28.07.2026).