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Activation of phase boundary and current-generating processes in plasma-electrochemical systems V. A. Mamaeva, A. K. Chubenko, A. I. Mamaev [et al.]

Contributor(s): Chubenko, A. K | Mamaev, A. I | Beletskaya, E. Yu | Baranova, Tatiana A | Mamaeva, V. AMaterial type: ArticleArticleSubject(s): плазменно-электрохимические процессы | микроплазменные топливные элементыGenre/Form: статьи в сборниках Online resources: Click here to access online In: Advanced technologies in aerospace, mechanical & automation engineering: MIST: aerospace - 2018 : abstract book : International workshop, october 20, 2018, Krasnoyarsk, RF P. 57Abstract: This paper reviews and presents the principles for implementing a microplasma fuel cell. Conducting work in this direction can in the long run ensure the creation of low-temperature fuel cells that operate without the use of expensive catalysts, ion-separation membranes and are capable of quickly reaching the operating mode.
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This paper reviews and presents the principles for implementing a
microplasma fuel cell. Conducting work in this direction can in the long run
ensure the creation of low-temperature fuel cells that operate without the use of
expensive catalysts, ion-separation membranes and are capable of quickly
reaching the operating mode.

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