ELENA A. SAVELEVA

PhD, Head of Laboratory, Nuclear Safety Institute (52, Bolshaya Tulskaya St., Moscow, 115191), e-mail: esav@ibrae.ac.ru.

• International Cooperation in Radioactive Waste Disposal in Crystalline Rocks (Crystalline Club) (2019, №7, p. 58-64)
• International Scientific Conference on Geological Barrier Systems, Host Rock Characterization and Site Selection Relevant to Underground Repositories (IGS2020) (2020, №11, p. 125-126)
• On the Selection of a Method Allowing to Evaluate the Sensitivity of a Model to Its Parameters within the Safety Assessment of RW Disposal Facilities (2021, №15, p. 73-89)
• Uncertainty management in the context of long-term safety assessment (2022, №20, p. 61-71)
• Strategic Master Plan for R&D Demonstrating the Safety of Construction, Operation and Closure of a Deep Geological Disposal Facility for Radioactive Waste (2017, №1, p. 33-42)
• Evolution in the Safety Case for Liquid Radioactive Waste Geological Repositories (2017, №1, p. 55-64)
• Informational and Software Environment of the Russian Deep Geological Repository Research Program (2018, №3, p. 79-87)
• Latest Events in Nuclear Science and Technologies (2018, №5, p. 99-101)
• Variation approach to sensitivity assessment of a migration model (2019, №6, p. 69-76)
• News (2019, №8, p. 103-109)
• RADIOACTIVE WASTE AND SPENT NUCLEAR FUEL DEEP GEOLOGICAL DISPOSAL LONG-TERM SAFETY ASSESSMENT FOR 10 000 YEARS AND OVER: METHODOLOGY AND THE CURRENT STATE (Library)
• Evolution of Geosphere at the Site in Nizhnekanskiy Massif Meant for Deep Geological Disposal (2020, №10, p. 56-65)
• Sensitivity Analysis for the Numerical Model of the "Rock thermomechanics" Experiment under URF Conditions (2020, №10, p. 92-100)
• Development of an integral digital model of FSUE “RADON” radioactive waste management facility for strategic decision-making (2020, №10, p. 101-112)
• RW Volumes from the Decommissioning Estimated Using Information Models (2020, №12, p. 19-31)
• Evolution of the repository in Nizhnekanskiy massif under the influence of climatic factors (2021, №14, p. 63-75)
• Results of Computational and Experimental Studies on the Long-Term Safety Justification of Deep Disposal Facilities for LRW (2022, №21, p. 24-38)
• On the Feasibility Assessment of Clay Material Application in the Development of Engineered Safety Barrier Designs for Deep Geological RW Disposal at the Yeniseiskiy Site (2023, №23, p. 98-112)