Thermodynamic Analysis of the Oxidation of Radioactive Graphite in a Multicomponent Melt in an Inert Atmosphere

Барбин, Н. М.; Kobelev, A. M.; Terent’ev, D. I.; Алексеев, С. Г.

doi:10.1134/s0036029518080025

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Cited by 6 publications

(1 citation statement)

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“…Она позволяет моделировать предельно равновесные состояния с использованием модели идеального газа. В программу для работы с часто применяемыми простыми веществами встроена простая, открытая для расширения база данных [3][4][5][6][7][8][9][10][11].…”

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Behavior of Carbon and Uranium at Radioactive Graphite Heating in Water Vapor. Thermodynamic Modeling

Barbin¹,

Kobelev²,

Terent’ev³

et al. 2018

IVUZKKT

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Behavior of Carbon and Uranium at Radioactive Graphite Heating in Water Vapor. Thermodynamic Modeling

Barbin¹,

Kobelev²,

Terent’ev³

et al. 2018

IVUZKKT

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Modeling of Process of Radioactive Graphite Processing in Gas-Generating Installation

Барбин

Kobelev

Lugovkin

et al. 2022

Lecture Notes in Networks and Systems

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The behavior of radioactive metals (Am, Eu, Sr) during the processing of radioactive graphite in salt melts

Барбин

Kobelev

Terent’ev

et al. 2019

J. Phys.: Conf. Ser.

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The behavior of Am, Eu, Sr radionuclides was investigated by thermodynamic modeling method at heating of radioactive graphite in NaCl – KCl – Na2CO3 – K2CO3 molten salt with additives of nickel oxide NiO. The integrated thermodynamic analysis was carried out by means of TERRA software in temperature range 373-3273 K to determine possible composition of condensed and gaseous phases. It was established that americium is in gaseous state in temperature range 2773-3273 K. Europium is in the forms of gaseous EuO and Eu in temperature range 2373-3273 K. Strontium is in the forms of gaseous SrCl2, SrCl, Sr, SrO in temperature range 2373-3273 K.

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Thermodynamic Analysis of the Oxidation of Radioactive Graphite in a Multicomponent Melt in an Inert Atmosphere

Cited by 6 publications

References 6 publications

Behavior of Carbon and Uranium at Radioactive Graphite Heating in Water Vapor. Thermodynamic Modeling

Behavior of Carbon and Uranium at Radioactive Graphite Heating in Water Vapor. Thermodynamic Modeling

Modeling of Process of Radioactive Graphite Processing in Gas-Generating Installation

The behavior of radioactive metals (Am, Eu, Sr) during the processing of radioactive graphite in salt melts

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