
The paper is devoted to the results of studying triboluminescent properties of a homologous series of complex compounds of Eu(III) and Tb(III) promising in the development of new generation optical sensors for monitoring the value and location of microcracks in critical objects (aircrafts, motor vehicles, bridges, etc.). The electron and structural aspects of the triboluminescence mechanism have been discussed.
Представлены результаты исследования триболюминесцентных свойств гомологического ряда комплексных соединений Eu(III) и Tb(III), перспективных для разработки оптических сенсоров нового поколения для мониторинга локализации и величины микротрещин в критических объектах (самолеты, автомобили, мосты и т.д.). Обсуждены электронные и структурные аспекты механизма триболюминесценции.
ТРИБОЛЮМИНЕСЦЕНЦИЯ, ЛАНТАНОИДЫ, КОМПЛЕКСНЫЕ СОЕДИНЕНИЯ, СЕНСОРЫ
ТРИБОЛЮМИНЕСЦЕНЦИЯ, ЛАНТАНОИДЫ, КОМПЛЕКСНЫЕ СОЕДИНЕНИЯ, СЕНСОРЫ
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