RUDN University chemists discovered the mechanism of radiation instability of lithium tetraborate

RUDN University chemists discovered the mechanism of radiation instability of lithium tetraborate

Chemists from RUDN University have studied the mechanism of radiation instability of thermoluminophores based on lithium tetraborate, which are used for the manufacture of radiation dosimeters. They found that the properties of the materials are deteriorating due to the breakdown of chemical bonds in the boron-oxygen network and the formation of clusters of manganese, which is part of the substances.

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28 Oct
“To Inspire the Search for Root Causes”: How Africa and RUDN University are Advancing Science

Engineering and technology, life sciences and medicine, natural and social sciences, management - these are the main areas of scientific cooperation between RUDN researchers and their African colleagues.

Science
06 Apr
RUDN and China: Science beyond borders

In the last five years, academic staff of RUDN alongside the Chinese universities and research centers has achieved impressive results. More than 1,000 scientific publications were made jointly in a wide spectrum from engineering and technology to medicine and social sciences. 19 of these materials were published in top-rated journals which verifies that the works were world-class level.

Science
25 Mar
RUDN University Among the Leaders in the BRICS ESG University Ranking!

RUDN University has been included among the leaders in the BRICS ESG University Ranking among 65 leading universities. They were assessed on 20 criteria, ranging from education and research to environmental and social agendas.