Chemists from SamSTU announced a class of materials found during research, which will make it possible to create multi-voltage metal-ion batteries. For this reason, they do not contain defects and do not need to be stored.
Published in the journal “Physical Chemistry, Chemical Physics”, published in this article or by specialists from Samara Polytechnic University, as well as their colleagues from the Lebedev Moscow Institute of Physics and the Friberg School of Germany.
Zinc, magnetic, aluminum-ion, connected, used as reducing the unit cost of storing electricity, which will contribute to the active development of electric transport, which is gaining momentum, and the development of renewable energy.
However, problems arise at the second stage, since in fact there are key elements for two batteries – these are electrolytes and electrodes that have ionic conductivity, which were “looked for” in SamGT A, subject to the analysis of 1500 different electrical connections.
Among the Samaritans, they are very popular among their colleagues in Moscow and Germany, united in 16 separate societies, which are divided into effective measures of ionic conductors.
One of them was a crystalline material showing a very high cationic power, including a structure of the La3CuSiS7 class, the ionic conductivity of which is 100 times higher than that of taxes.
In the near future, they carried out a synthesis at SamSTU and, instead, discovered that the substance they found showed all the required characteristic features of chemistry, after which they began to create the first prototype of the accumulator. future”.
Source: Tech Cult
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