Suppressing Lithium Polysulfide Shuttle in Li–S Batteries Using the AlPC<sub>12</sub> Composite for Enhanced Stability and Performance

This study presents the aluminum phosphate composite (AlPC<sub>12</sub>) composite as a novel cathode material for lithium–sulfur (Li–S) batteries, addressing the polysulfide shuttle effect, a key challenge in Li–S battery performance. Synthesized via hydrolytic condensation and low-temp...

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Bibliographic Details
Main Author:	Ka Chun LI (21400091) (author)
Other Authors:	Yaoqi WEI (21400094) (author), Xuanming CHEN (21400097) (author), Zeyuan DI (21400100) (author), Chi Ho WONG (21400103) (author), Leung Yuk Frank LAM (21400106) (author), Xijun HU (21400109) (author)
Published:	2025
Subjects:	Biochemistry Microbiology Neuroscience Physiology Evolutionary Biology Astronomical and Space Sciences not elsewhere classified Chemical Sciences not elsewhere classified research promotes sustainability polysulfide shuttle effect minimizing environmental impact increased sulfur loading immobilizes lithium polysulfides friendly production process efficient lips capture density functional theory affect lips control 1 mg sulfur super p cathode novel cathode material lithium – sulfur electrochemical tests show loaded battery showing density battery technologies 12 </ sub aluminum phosphate composite based cathode li – electrochemical measurements traditional cathodes temperature calcination study presents per cycle outperforming titanium key challenge initial capacity experimental analyses decay rate advancing high 837 mah 750 cycles 529 mah 5 c 3d structure 3 c
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Suppressing Lithium Polysulfide Shuttle in Li–S Batteries Using the AlPC<sub>12</sub> Composite for Enhanced Stability and Performance

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