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Presently, the new austenitic materials for reactor internals worked out. To estimate their irradiation durability, instead of the traditional technology of preparation of irradiation coupon, it was applied imitation of irradiation damage by the irradiation in ion accelerators. Microstructural changes were examined using of method of precision preparation by focused ion beam in a scanning double-beam electron-ion microscope. Then the prepared samples was study in a transmission electron microscope. There has been developed and tested method of determining the bulk density of vacancy voids and their size distribution. Elemental and phase analysis of secondary phases has been performed . Obtained profiles of injected ions., В настоящее время разработаны новые аустенитные материалы для ВКУ. Для оценки их радиационной стойкости, вместо традиционной технологии пробоподготовки образцов-свидетелей, была применена имитация радиационного повреждения при облучении ионами в ускорителях. Микроструктурные изменения были исследованы с помощью методики прецизионного препарирования сфокусированным ионным пучком на растровом двулучевом электронно-ионном микроскопе, с последующим изучением приготовленных образцов на просвечивающем микроскопе. Разработана и опробована методика определения объемной плотности вакансионных пор и их распределения по размерам. Проведен элементный и фазовый анализ вторичных фаз. Получены профили распределения инжектированных ионов.

Edited trans. of Patent (USSR) 296 849 p1-4 1971, by Robert Hill.

Edited Trans. of Patent (USSR) 278176 p1-4, 5 Aug 70, by Robert D. Hill.

© 2019 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim This review is dedicated to the chemistry of Mo iodides. These compounds have a humble origin, and for a long time their chemistry has been almost completely neglected. Although important work on mononuclear and dinuclear Mo iodide complexes was done in 1980–1990s, the situation has dramatically changed within the last decade. The finding that the octahedral Mo iodide clusters are superb long-lived red emitters has triggered numerous publications, not only dealing with various aspects of chemistry of these compounds, but also with their prospects in biomedical, analyitical and other applications. This review comprehensively covers all the developments in the chemistry of Mo iodides from the beginning up to the present.