Scientists Use A Magnetic Material To Monitor Battery Life

[{ "selector": ".nlemm-a", "duration": "750ms", "fill": "forwards", "delay": "750ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 374px))", "opacity": 1}, {"offset": 1, "transform": "translateY(0)", "opacity": 1} ] }]

A new study demonstrates how a magnetic substance may be used to monitor

[{ "selector": ".bzrnz-a", "duration": "750ms", "fill": "forwards", "delay": "750ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 338px))", "opacity": 1}, {"offset": 1, "transform": "translateY(0)", "opacity": 1} ] }]

how long a rechargeable battery has left before it has to be recharged.

[{ "selector": ".akgss-a", "duration": "750ms", "fill": "forwards", "delay": "750ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 333px))", "opacity": 1}, {"offset": 1, "transform": "translateY(0)", "opacity": 1} ] }]

The experiment was conducted by Shenqiang Ren, a scientist and engineer from the University at Buffalo.

[{ "selector": ".ozgbw-a", "duration": "750ms", "fill": "forwards", "delay": "750ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 259px))", "opacity": 1}, {"offset": 1, "transform": "translateY(0)", "opacity": 1} ] }]

Lithium ions flow from one side of the battery to the other as lithium-ion batteries charge and drain.

[{ "selector": ".mgsxu-a", "duration": "750ms", "fill": "forwards", "delay": "750ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 300px))", "opacity": 1}, {"offset": 1, "transform": "translateY(0)", "opacity": 1} ] }]

Ren’s team designed a lithium-ion battery with a peculiar substance at one end: a compound whose magnetic

[{ "selector": ".wmjjb-a", "duration": "750ms", "fill": "forwards", "delay": "750ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 253px))", "opacity": 1}, {"offset": 1, "transform": "translateY(0)", "opacity": 1} ] }]

property varies when lithium ions enter or exit it. According to Ren, this allows for the measurement

[{ "selector": ".tlsjx-a", "duration": "750ms", "fill": "forwards", "delay": "750ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 300px))", "opacity": 1}, {"offset": 1, "transform": "translateY(0)", "opacity": 1} ] }]

of the battery’s charge level by measuring changes in the material’s magnetic.

[{ "selector": ".mpuep-a", "duration": "750ms", "fill": "forwards", "delay": "750ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 300px))", "opacity": 1}, {"offset": 1, "transform": "translateY(0)", "opacity": 1} ] }]

“The main goal of this project was working on the magneto-ionics, which uses ions to control the magnetism of materials.

[{ "selector": ".jotzl-a", "duration": "750ms", "fill": "forwards", "delay": "750ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 220px))", "opacity": 1}, {"offset": 1, "transform": "translateY(0)", "opacity": 1} ] }]

As the lithium ions travel in or out of the material we are using, the material will change its magnetization.

[{ "selector": ".cbpaq-a", "duration": "750ms", "fill": "forwards", "delay": "750ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 300px))", "opacity": 1}, {"offset": 1, "transform": "translateY(0)", "opacity": 1} ] }]

Read Our More Articles

[{ "selector": ".nwjzb-a", "duration": "250ms", "fill": "forwards", "delay": "750ms", "keyframes": [ {"offset": 0, "opacity": 0}, {"offset": 1, "opacity": 1} ] }, { "selector": ".lokmx-a", "duration": "350ms", "fill": "forwards", "delay": "1000ms", "keyframes": [ {"offset": 0, "transform": "translateY(calc(600px - 487px))", "opacity": 1}, {"offset": 1, "transform": "translateY(0)", "opacity": 1} ] }]

Scientists Use A Magnetic Material To Monitor Battery Life

credit : social media

A new study demonstrates how a magnetic substance may be used to monitor

credit : social media

how long a rechargeable battery has left before it has to be recharged.

credit : social media

The experiment was conducted by Shenqiang Ren, a scientist and engineer from the University at Buffalo.

credit : social media

Lithium ions flow from one side of the battery to the other as lithium-ion batteries charge and drain.

credit : social media

Ren’s team designed a lithium-ion battery with a peculiar substance at one end: a compound whose magnetic

credit : social media

property varies when lithium ions enter or exit it. According to Ren, this allows for the measurement

credit : social media

of the battery’s charge level by measuring changes in the material’s magnetic.

credit : social media

“The main goal of this project was working on the magneto-ionics, which uses ions to control the magnetism of materials.

credit : social media

As the lithium ions travel in or out of the material we are using, the material will change its magnetization.

credit : social media

Read Our More Articles

CLICK HERE