Effect of pulsed high-frequency discharge treatment of graphene oxide on low-temperature hydrogen sorption / Dolbin, A. V., Vinnikov, N. A., Eselson, V. B., Gavrilko, V. G., Basnukaeva, R. M., Khlystjuk, M. V., Prokhvatilov, A. I., Meleshko, V. V., Rezinkin, O. L., Rezinkina, M. M., Cherednichenko, S. V., Kępiński, L. (2020)
Ukrainian

English  Low Temperature Physics   /     Issue (2020, 46 (3))

Dolbin A. V., Vinnikov N. A., Eselson V. B., Gavrilko V. G., Basnukaeva R. M., Khlystjuk M. V., Prokhvatilov A. I., Meleshko V. V., Rezinkin O. L., Rezinkina M. M., Cherednichenko S. V., Kępiński L.
Effect of pulsed high-frequency discharge treatment of graphene oxide on low-temperature hydrogen sorption


Cite:
Dolbin, A. V., Vinnikov, N. A., Eselson, V. B., Gavrilko, V. G., Basnukaeva, R. M., Khlystjuk, M. V., Prokhvatilov, A. I., Meleshko, V. V., Rezinkin, O. L., Rezinkina, M. M., Cherednichenko, S. V., Kępiński, L. (2020). Effect of pulsed high-frequency discharge treatment of graphene oxide on low-temperature hydrogen sorption. Low Temperature Physics, 46 (3), 355-363. http://jnas.nbuv.gov.ua/article/UJRN-0001122925 [In Russian].

 

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