| Developers: | Moscow State Institute of Electronic Engineering (MIET) |
| Date of the premiere of the system: | October 2024 |
| Branches: | Electrical and Microelectronics |
2024: Product Announcement
Russian scientists have developed innovative electric ceramics that can significantly increase the capacity and durability of capacitors and batteries. This was announced on October 2, 2024 by the National Research University of MIET (NIU MIET) on its official website. The new material, created in the framework of international cooperation, has increased sensitivity even at high temperatures.
The study was supported by a grant from the Russian Science Foundation (RNF) and the Priority-2030 program. Scientists at NIU MIET, together with colleagues from Belarus, China, Pakistan and Vietnam, have developed a new class of materials based on bismuth, samarium, iron and titanium compounds with oxygen.
Dmitry Karpinsky, senior researcher at the Institute for Advanced Materials and Technologies (PMT) of the National Research University of Research and Technology of MIET, noted that they can work properly even at high temperatures as sensitive elements, which distinguishes them favorably from commercial analogues.
The new electric ceramic has a "patchwork" structure that provides high capacitance and capacitor durability. This will create more accurate magnetic field sensors for cars and larger capacitors for portable batteries (power banks).
Scientists at NIU MIET plan to develop a technology for the synthesis of electrokeramic materials in the form of thin-film structures using modern methods of spraying on flexible substrates. This opens up new prospects for the application of innovative electric ceramics in various areas of electronics.
The development of Russian scientists can make a significant contribution to the development of the domestic electronic industry. According to the program for the development of electronic engineering, developed by the Ministry of Industry and Trade of Russia with the participation of the International Scientific and Technological Center MIET, by 2030 it is planned to import about 70% of equipment and materials for the production of microelectronics.[1]
Notes
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