Researchers design new lithium-air battery which can function after even 750 charge/discharge cycles - lithium air battery

The researchers designed a new type of lithium.
Air batteries that work in natural air environments make them closer to daily use.
After the record run, the new battery
According to a study published in the journal Nature, 750 charge/discharge cycles were broken.
Representative image"Our lithium-
Air battery design represents a revolution in the battery community, "co-
Author of the study of Amin Salehi
Khojin is an assistant professor at the University of Illinois in Chicago.
"This is the first demonstration of real lithium.
The air battery is what we call beyond lithium-
"But we have more work to do to commercialize it," Salehi-Khojin said. Lithium-
The air battery "is thought to have five times more energy than lithium --
Ion batteries that power mobile phones, laptops and electric vehicles "have been attracting battery researchers for years.
The battery will work by combining lithium in the anode with oxygen in the air to produce hydrogen peroxide on the cathode during the discharge phase.
In the charging phase, lithium peroxide is broken down into lithium and oxygen components.
However, there are some obstacles to their development.
Experimental design of this lithium
The air battery can't run in a real natural environment
Production of air environment and adverse by-products caused by lithium anode oxidation
A product on a cathode made of lithium ion combined with carbon dioxide and water vapor in the air. These by-
The product blocked the cathode and finally made the cathode completely coated and unable to work.
These experimental batteries rely on pure oxygen tanks, which limits their usefulness and poses serious safety risks due to the flammable nature of oxygen.
"Some other people are trying to make lithium.
Air battery batteries, but they fail due to poor cycle life, "co-
Larry Curtiz, lead author of Argonne National Laboratory, Illinois.
The research team overcome these challenges by using a unique combination of anode, cathode and electrolysis, "three main components of any battery" to prevent oxidation and accumulation of anodeup of battery-killing by-
The product on the cathode and allows the battery to operate in a natural air environment.
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