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23 june 9

AP19679905 "Study of high-temperature degradation processes during fermentation in two-phase lithium ceramics as blanket materials for ITER"

Relevance

The study of degradation processes in two–phase lithium ceramics of the type Xli₄sio₄ - (1-x)Li₂tio₃ is relevant for the development of reliable and radiation-resistant materials in the field of thermonuclear energy. These ceramics are considered as promising target materials for tritium generation, and understanding their behavior under the influence of hydrogen at high temperatures is critical for improving the service life and efficiency of future power plants.

Purpose

To study the mechanisms of high-temperature degradation during the accumulation of damage caused by the introduction of hydrogen in lithium ceramics, as well as to determine the effect of interfacial boundaries on the resistance to ceramic degradation.

Expected and achieved results

X-ray diffractometry, scanning electron microscopy, determination of longitudinal heat flow, microindentation.

Research team members with their identifiers (Scopus Author ID, Researcher ID, ORCID, if available) and links to relevant profiles

  1. Әскербеков Сәулет Қаныбекұлы
  2. Самарханов Қуаныш Қанатұлы

List of publications with links to them

Samarkhanov K. K. et al. Nuclear-excited source of coherent and incoherent radiation with direct nuclear pumping //Applied Radiation and Isotopes. – 2024. – Т. 214. – С. 111503.

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