Magnetic Field Helps Thick Battery Electrodes Tackle Electric Vehicle Challenges

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Magnetic Field Helps Thick Battery Electrodes Tackle Electric Vehicle Challenges
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The University of Texas at Austin are tackling challenges facing electric vehicles: limited range and slow recharging.

The researchers fabricated a new type of electrode for lithium-ion batteries that could unleash greater power and faster charging. They did this by creating thicker electrodes – the positively and negatively charged parts of the battery that deliver power to a device – using magnets to create a unique alignment that sidesteps common problems associated with sizing up these critical components.

“Two-dimensional materials are commonly believed as a promising candidate for high-rate energy storage applications because it only needs to be several nanometers thick for rapid charge transport,” said Guihua Yu, a professor in UT Austin’s Walker Department of Mechanical Engineering and Texas Materials Institute.

“Our electrode shows superior electrochemical performance partially due to the high mechanical strength, high electrical conductivity, and facilitated lithium-ion transport thanks to the unique architecture we designed,” said Zhengyu Ju, a graduate student in Yu’s research group who is leading this project.

The researchers emphasized they are early in their work in this area. They looked at just a single type of battery electrode in this research.

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