STUDY OF TECHNOLOGICAL POSSIBILITIES OF CREATING IONISTOR BATTERIES TO ENSURE THE TRANSCEIVER SYSTEMS OPERATION STABILITY
Denis R. Ivanov, Ilya M. Lerner, Sergey V. Spiridonov,
Department of Nanotechnology in Electronics,
Kazan National Research Technical University named after A.N. Tupolev-KAI, KNRTU-KAI, Kazan, Russian Federation;
German-Russian Institute of Advanced Technologies (GRIAT), email@example.com
SYNCHROINFO JOURNAL. Volume 6, Number 4 (2020). P. 11-17.
The article describes a stable ionistor battery for infocommunication systems creating procedure. Based on a comparative analysis, the most balanced in terms of electrical characteristics, processability and availability components were selected. Using vacuum thermal resistive spraying, electrodes with a nanostructured carbon coating were manufacturedd. For this method, a structure with a high specific surface area obtaining technology has been formulated. Using two assembly methods, a cell of a stable ionistor battery has been built. It is possible to fully evaluate the physical and operational characteristics of the obtained ionistor batteries during long-term tests.
Keywords: ionistor, structured carbon coating, supercapacitor, thermal vacuum resistive spraying.
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