Amanote Research
Register
Sign In
Discover open access scientific publications
Search, annotate, share and cite publications
Publications by Radomir S. Askhadullin
Figure 2 From: Ivanov KD, Niyazov S-As, Lavrova OV, Salaev SV, Askhadullin RS (2018) Development of the Technique for Determination the Rate of Oxidation of Structural Steels in Heavy Liquid Metal Coolants. Nuclear Energy and Technology 4(1): 73-78.
Figure 4 From: Ivanov KD, Niyazov S-As, Lavrova OV, Salaev SV, Askhadullin RS (2018) Development of the Technique for Determination the Rate of Oxidation of Structural Steels in Heavy Liquid Metal Coolants. Nuclear Energy and Technology 4(1): 73-78.
Related publications
Figure 2 From: Galiev II, Chernyaev AN, Bibik SV (2018) Development of Seismic Protection System for Design Extension Conditions. Nuclear Energy and Technology 4(1): 43-50.
Figure 3 From: Galiev II, Chernyaev AN, Bibik SV (2018) Development of Seismic Protection System for Design Extension Conditions. Nuclear Energy and Technology 4(1): 43-50.
Figure 2 From: Smolentsev D, Sarkisov A, Antipov S (2018) Safe Development of Nuclear Power Technologies in the Arctic: Prospects and Approaches. Nuclear Energy and Technology 4(4): 235-241.
Figure 1 From: Smolentsev D, Sarkisov A, Antipov S (2018) Safe Development of Nuclear Power Technologies in the Arctic: Prospects and Approaches. Nuclear Energy and Technology 4(4): 235-241.
Figure 2 From: Morozov AV, Pityk AV, Ragulin SV, Sahipgareev AR, Soshkina AS, Shlyopkin AS (2018) Estimation Influence of Boric Acid Drop Entrainment to Its Accumulation in the VVER Reactor in the Case of Accident. Nuclear Energy and Technology 4(1): 65-71.
Figure 1 From: Pavliuk A, Kotlyarevskiy S, Bespala E, Bespala Y (2018) Potential of Application of IRT-T Research Reactor as the Solution of the Problem of Graphite Radwaste Disposal. Nuclear Energy and Technology 4(2): 127-133.
Figure 2 From: Pavliuk A, Kotlyarevskiy S, Bespala E, Bespala Y (2018) Potential of Application of IRT-T Research Reactor as the Solution of the Problem of Graphite Radwaste Disposal. Nuclear Energy and Technology 4(2): 127-133.
Figure 6 From: Pavliuk A, Kotlyarevskiy S, Bespala E, Bespala Y (2018) Potential of Application of IRT-T Research Reactor as the Solution of the Problem of Graphite Radwaste Disposal. Nuclear Energy and Technology 4(2): 127-133.
