For the first time from Russia, scientists group, batteries and optoelectronic devices used to create new opportunities to create materials used to create a detailed study of alloy zinc oxide dust (ZNO) structure and features. The work of scientists from MIPT, Ras and Moscow State University will help to accelerate the development of these technologies, according to MIFT’s Scientific Communication Center.
Experts, with the addition of lithium, zinc oxide particles, graffiti anodes as an alternative to lithium ion batteries can be used, he said. According to the senior researcher at MIPT Mikhail Shestakov, such oxide anodes can have the best features in a certain tank of lithium, making them promising for future batteries. In addition, zinc oxide can be used as an electronic transport layer in LEDs.
During the research, scientists found how lithium interacted with the crystal cage of zinc oxidine. It turned out that the theorists did not always replace zinc atoms, as theorists expected, and usually falls into internal – gaps between the atoms in the cage. This discovery is important to manage the optical properties of the material that makes it attractive to the use of ultraviolet LEDs, lasers and other optolectronic devices.
Source: Ferra
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