(PDF) Figure 2 From: Smolentsev D, Sarkisov A, Antipov S

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.

doi 10.3897/nucet.4.31870.figure2

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Date

December 13, 2018

Authors

Dmitry Smolentsev

Ashot Sarkisov

Sergey Antipov

Publisher

Pensoft Publishers

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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.

2018

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Safe Development of Nuclear Power Technologies in the Arctic: Prospects and Approaches

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Figure 3 From: Kazansky Y, Slekenichs Y (2018) Power Coefficient of Reactivity: Definition, Interconnection With Other Coefficients of Reactivity, Evaluation of Results of Transients in Power Nuclear Reactors. Nuclear Energy and Technology 4(2): 111-118.

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Figure 1 From: Belonosov M, Kishkin v (2018) Verification on Application Program Generation and Loading for Safety Systems of Nuclear Power Plants Based on the Reverse Engineering Method. Nuclear Energy and Technology 4(4): 223-228.

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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.

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Figure 1 From: Beznosov A, Bokova T, Bokov P (2018) Components of Small and Medium Sized HLMC Reactor Plant Circuits. Nuclear Energy and Technology 4(2): 87-92.

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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.

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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.

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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.

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Amanote Research

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.

doi 10.3897/nucet.4.31870.figure2

Full Text

Abstract

Date

Authors

Publisher

Related search

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.

Safe Development of Nuclear Power Technologies in the Arctic: Prospects and Approaches

Figure 3 From: Kazansky Y, Slekenichs Y (2018) Power Coefficient of Reactivity: Definition, Interconnection With Other Coefficients of Reactivity, Evaluation of Results of Transients in Power Nuclear Reactors. Nuclear Energy and Technology 4(2): 111-118.

Figure 1 From: Belonosov M, Kishkin v (2018) Verification on Application Program Generation and Loading for Safety Systems of Nuclear Power Plants Based on the Reverse Engineering Method. Nuclear Energy and Technology 4(4): 223-228.

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 1 From: Beznosov A, Bokova T, Bokov P (2018) Components of Small and Medium Sized HLMC Reactor Plant Circuits. Nuclear Energy and Technology 4(2): 87-92.

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 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.

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.