Savander Vladimir I.
Degree:
Candidate of Sciences (PhD) in Physics and Mathematics
Associate Professor
Department of Experimental and Theoretical Physics of Nuclear Reactors
Works at MEPhI since 1965
Work Experience:
59 years
Education
1965 — National Research Nuclear University MEPhI
2019 — National Research Nuclear University MEPhI
2021 — National Research Nuclear University MEPhI
Courses
1.
Course project (design and selection of equipment for NPPs, safety and efficiency of NPPs)
2.
Industrial workshop (research, physics of nuclear power plants)
3.
Nuclear Physics and Reactors
Publication activity
7
h-index
(Web of Science)
3
h-index
(Scopus)
4
h-index
(РИНЦ)
Showing publications for last 3 years
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Article
Web of Science & ScopusUse of burnable absorbers for reducing water exchange during the VVER liquid control // Atomic Energy, 2023 Q3 doi
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Article
Web of Science & ScopusUse of Erbium as a Burnable Absorber in VVER-Type Reactors in a Closed Fuel Cycle // Physics of Atomic Nuclei, 2023 Vol. 86, No. 12, Q4 pp. 2569-2576 doi
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Article
Web of Science & ScopusComparative Assessment of the Range of Spectral Regulation of Reactivity Margin for Fuel Burnup in Pressurized Water Reactors Using Zirconium Displacers for Uranium and Thorium Fuel Cycles // Physics of Atomic Nuclei, 2022 Vol. 85, Q4 pp. S35-S41 doi
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Article
Web of Science & ScopusThe Use of Burnable Absorbers in Vver-Type Reactors to Reduce the Fraction of the Reactivity Margin Compensated by a Liquid System During Extended Campaigns // Physics of Atomic Nuclei, 2022 Vol. 85, Q4 pp. S80-S89 doi
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Article
Web of Science & ScopusInvestigation of a new approach for regulating the reactivity and achieving economic feasibility using thorium in a blanket-seed assembly of pressurized water reactors // International Journal of Energy Research, 2022 TOP10 doi
- RSCI Comparative Analysis of Burnable Neutron Absorbers Based on Erbium and Gadolinium in VVER Type Reactors with Extended CampaignsComparative Analysis of Burnable Neutron Absorbers Based on Erbium and Gadolinium in VVER Type Reactors with Extended Campaigns // 2022 pp. 19-21
Showing conferences for last 3 years
Conferences not found
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