SERGEY A. BOGATOV

PhD, Nuclear Safety Institute of RAS, (52, B. Tulskaya st., Moscow, Russia, 115191), e-mail: sbg@ibrae.ac.ru.

• HLW Disposal of in Vertical Deposition Holes with Cement Backfill — Pro and Contra with Regard to Long Term Safety of Geological Disposal Facility (2018, №2, p. 21-33)
• Dose conversion factors derived for population residing in the ground water discharge area contiguous to RW geological repository (2019, №8, p. 80-90)
• Analysis of Various Concepts for RW Class 1 Disposal in Crystalline Rocks (2020, №12, p. 66-77)
• Influence of Degraded Cement Backfill on Radionuclide Release Considering RW Class 1 Disposal in Super-Containers (2022, №18, p. 77-85)
• Accounting for Engineered Barrier Saturation, Steel Container Corrosion, Hydrogen Production and Transfer within Fractured Rock in the Assessments of Low Sorbing Radionuclides Release from Geological Disposal Facilities (2023, №23, p. 113-126)
• Preliminary Assessment of Engineered Barrier Parameters under DGR Concept with Horizontal Orientation of RW Packages in Copper Coated Containers (2023, №24, p. 77-91)
• Evolution of Geosphere at the Site in Nizhnekanskiy Massif Meant for Deep Geological Disposal (2020, №10, p. 56-65)
• Evolution of the repository in Nizhnekanskiy massif under the influence of climatic factors (2021, №14, p. 63-75)
• Borehole RW Disposal Concept and Prospects of Its Implementation in Russia (2022, №19, p. 85-99)
• Sorption Influence on Iodine-129 Release from the DGR’S Near Field (2024, №26, p. 57-68)