Research group of St. Petersburg Polytechnic University were able to obtain by the method of molecular layering nicelet lithium. In the future it can be used for creating solid-state thin-film battery for the miniature devices.
As they say in Spbpu, every year requirements to the sources of supply are becoming more stringent. Created biosensors, sensors, “smart watches”. Many devices could be very tiny, but it all depends on the size of the battery, more and more experts are inclined to believe that the traditional production technology of lithium-ion batteries has reached its limit.
In the “Polytech” offer to go the other way: the study of the cathode nicelet lithium was obtained by the method of molecular layering.
As noted associate Professor of the Higher school of physics and technology of materials Institute of metallurgy, mechanical engineering and transport of SPbSPU Maxim Maximov, the study was able to accurately set the thickness of the sample. The metal has a high capacity at higher speed, in high school I believe that this innovative material can be used to create more efficient and compact batteries. Work on the project is being supported by the Russian science Foundation.
in addition, the creation of thin-film positive electrode based on lithium nikeeta and other innovative materials in the future will allow you to develop solid-state batteries, the researchers see a great future, because thanks to the lack of liquid electrolyte they can be more secure.
