2D heterostructured as active electrocatalyst for advanced Li–S batteries

Overview of attention for article published in InfoMat, June 2021

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Recommend | #InfoMat This work offers a novel avenue for the fabrication of high-performance cathode critical to practical high-energy-density Li–S #batteries. https://t.co/8YZzBaIICZ @isciverse @Innov_Materials @ChemNanoMat @ChinaScience @CHNSci

2nd quarter HighlyCited | #InfoMat This work offers a novel avenue for the fabrication of high-performance #cathode critical to practical high-energy-density Li–S #batteries .🔋 Read now: https://t.co/8YZzBaIICZ @WileyEngineer https://t.co/SoOfLNDeA6

RT @ChaoyiInfoMat6: Highly Cited articles Q1 | #InfoMat This work puts forward a novel pathway for the rational design of effective nanofib…

Highly Cited articles Q1 | #InfoMat This work puts forward a novel pathway for the rational design of effective nanofiber electrocatalysts for cathodes of high-performance Li–S #batteries. 🔋https://t.co/8YZzBaIICZ

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