Active Control of the Catalyst Structure During Sputtering the on Surface of Solid Oxide Electrolytes of Fuel Cells

Obraztsov, D. V.; Chernyshov, V. N.; Dutov, M. N.

doi:10.1109/summa50634.2020.9280765

2020 2nd International Conference on Control Systems, Mathematical Modeling, Automation and Energy Efficiency (SUMMA) 2020

DOI: 10.1109/summa50634.2020.9280765

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Active Control of the Catalyst Structure During Sputtering the on Surface of Solid Oxide Electrolytes of Fuel Cells

D. V. Obraztsov

V. N. Chernyshov

M. N. Dutov

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Cited by 2 publications

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Active Control of the Topological Parameters of Island Catalysts When Solid Oxide Electrolytes of Fuel Cells Are Deposited on the Surface

Obraztsov¹,

Dutov²,

Chernyshov³

2021

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The method of active technological control of topological parameters of synthesized island catalysts on solid oxide fuel cell electrolytes is considered. The proposed method makes it possible to obtain a catalyst with a maximum active area and high adhesion to a solid oxide electrolyte, which contributes to an increase in the power of the fuel cell and an increase in the operational life. The models of two stages of formation of island films under vacuum and magnetron sputtering presented in this paper were used as a theoretical basis for the creation of a method for active technological control and control of the synthesis of island catalyst in solid oxide fuel cells. Experimental testing of the developed method has shown its efficiency and effectiveness in the creation of solid oxide fuel cells.

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Active Control of the Topological Parameters of Island Catalysts When Solid Oxide Electrolytes of Fuel Cells Are Deposited on the Surface

Obraztsov¹,

Dutov²,

Chernyshov³

2021

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Control System of Technological Process of Synthesis of Island Catalyst of Fuel Cells

Obraztsov¹,

Dutov²,

Chernyshov³

2023

Южно-Сибирский Научный Вестник

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Рассмотрена измерительно-управляющая система, реализующая метод активного технологического контроля топологических параметров синтезируемых островковых катализаторов на электролитах твердооксидных топливных элементов. Предлагаемая измерительно-управляющая система позволяет получать островковый катализатор с максимальной активной площадью, и как следствие создание топливных элементов с максимально возможной мощностью и высоким эксплуатационным ресурсом. Экспериментальная проверка разработанной измерительно-управляющей системы показала ее работоспособность и эффективность при создании твердооксидных топливных элементов. A measuring and control system is considered that implements the method of active technological control of the topological parameters of synthesized island catalysts on electrolytes of solid oxide fuel cells. The proposed measuring and control system makes it possible to obtain an island catalyst with a maximum active area, and as a result, the creation of fuel cells with the highest possible power and a long service life. Experimental verification of the developed measuring and control system showed its operability and efficiency in the creation of solid oxide fuel cells.

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Active Control of the Catalyst Structure During Sputtering the on Surface of Solid Oxide Electrolytes of Fuel Cells

Cited by 2 publications

References 9 publications

Active Control of the Topological Parameters of Island Catalysts When Solid Oxide Electrolytes of Fuel Cells Are Deposited on the Surface

Active Control of the Topological Parameters of Island Catalysts When Solid Oxide Electrolytes of Fuel Cells Are Deposited on the Surface

Control System of Technological Process of Synthesis of Island Catalyst of Fuel Cells

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