South Korea's development of solid ionic conductor is expected to become the next generation of raw material of the battery

The study will be fixed in the path the lithium ion, anion and use with lithium ion pairing of anionic monomer synthesis organic skeleton structure. Leshan golden concord group as an alternative, photovoltaic sun room business solid electrolyte are being developed, but its ionic conductivity is lower than the liquid electrolyte. Due to the lithium ion is cation, so it's easy to moves with anion. The conductor can be selectively, effectively conveying lithium ion, and completely without having to use easy explosion of organic solvents, has the special significance. How to check the white electric wind

in computer science, the lithium ions along the regular arrangement of oxygen ion conductor channel. It is very important to the commercialization of the next generation of batteries, including all solid-state batteries. Especially in the case of improve battery performance, a lot of solid electrolyte have limitations, complex because of the ion migration path twists and turns. So, only flowing lithium ion in the channel, the realization of the ideal flow state. Single lithium ion conductive behavior refers to the ideal case, only the lithium ions through the electrolyte transport. ” At present, used in lithium ion battery is highly flammable liquid electrolyte, very easy to fire or explosion. In the process of research, the team display & other; Solid ionic conductor & throughout; A new concept, can be selectively make lithium ions by ion channels. Leshan golden concord group & throughout; Professor Lee said: & other; The study provide a new direction for the design of the solid ionic conductor, for & lsquo; High performance solid electrolyte & rsquo; The development of the foundation. Unnecessary negative ion migration will cause side effects in the electrode surface, temperature of heat conversion formula reduce battery performance. The study's first author, UNIST energy and chemical engineering school of Kihun Jeong, 'said Dr. & other; New development of ion conductor is a kind of completely without the use of liquid solid phase carrier, a single solid state lithium ion conductive behavior. By regularly arranged inside the material lithium ion channels, greatly improve the ionic conduction performance. Temperature heat conversion formula according to the report, ulsan national institute of science and technology ( UNIST) Researchers, demonstrated a new solventless single lithium ion conductive covalent organic skeleton. Professor Lee using porous crystal material as ion conductor, such as covalent organic skeleton ( COF） To solve this problem. The researchers determined theoretically computational chemistry purposes. Because they are solid, photovoltaic solar sun room stent market business and can efficiently transport lithium ion, solar stent market is expected to become the next generation of battery materials, such as high voltage battery or lithium battery. These ionic conductor is not only suitable for as a solid electrolyte battery, and can be applied to highly active lithium metal electrodes. The study by UNIST Sang - energy and chemical engineering college professor Young Lee and Sang Kyu Kwak Shared leadership.