22 results on '"Zhuang, Huifeng"'
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2. Free-standing cross-linked hollow carbonaceous nanovesicle fibers with atomically dispersed CoN4 electrocatalytic centers driving high-performance Li-S battery
3. Edge-distributed iron single-atom moiety with efficient “trapping-conversion” for polysulfides driving high-performance of Li-S battery
4. High loading atomically distributed Fe asymmetrically coordinated with pyridinic and pyrrolic N on porous N-rich carbon matrix driving high performance of Li-S battery
5. LiF‐Rich Alloy‐Doped SEI Enabling Ultra‐Stable and High‐Rate Li Metal Anode.
6. Ultrahigh-Content Gradient-Distributed Single-Atom Zn Catalytic Centers Driving Selective Deposition and Encapsulation of Li Ions for Li Metal Anode
7. Effect of crystallinity on capacity and cyclic stability of Na1.1V3O7.9 nanoplates as lithium-ion cathode materials
8. Nonmetallic‐Bonding Fe–Mn Diatomic Pairs Anchored on Hollow Carbonaceous Nanodisks for High‐Performance Li–S Battery
9. A Transmetalation Synthetic Strategy to Engineer Atomically Dispersed MnN 2 O 2 Electrocatalytic Centers Driving High‐Performance LiS Battery
10. Nonmetallic‐Bonding Fe–Mn Diatomic Pairs Anchored on Hollow Carbonaceous Nanodisks for High‐Performance Li–S Battery.
11. Enhancing Sulfur Redox Conversion of Active Iron Sites by Modulation of Electronic Density for Advanced Lithium‐Sulfur Battery.
12. A Transmetalation Synthetic Strategy to Engineer Atomically Dispersed MnN2O2 Electrocatalytic Centers Driving High‐Performance LiS Battery.
13. Edge-Distributed Iron Single-Atom Moiety with Efficient “Trapping-Conversion” for Polysulfides Driving High-Performance of Li-S Battery
14. High Loading Atomically Distributed Fe Asymmetrically Five-Coordinated with Pyridinic N on Porous N-Rich Carbon Matrix Driving High Performance of Li-S Battery
15. 3D Free‐Standing Carbon Nanofibers Modified by Lithiophilic Metals Enabling Dendrite‐Free Anodes for Li Metal Batteries.
16. 3D Free‐Standing Carbon Nanofibers Modified by Lithiophilic Metals Enabling Dendrite‐Free Anodes for Li Metal Batteries
17. Dual‐Atom Nickel Moieties of Ni(II) 2 N 4 (µ 2 ‐N) 2 Anchored on Alfalfa‐Derived Developed Porous N‐Doped Carbon for High‐Performance Li–S Battery
18. Atomically distributed asymmetrical five-coordinated Co–N5 moieties on N-rich doped C enabling enhanced redox kinetics for advanced Li–S batteries
19. Atomically distributed asymmetrical five-coordinated Co–N5 moieties on N-rich doped C enabling enhanced redox kinetics for advanced Li–S batteries.
20. Dual‐Atom Nickel Moieties of Ni(II)2N4(µ2‐N)2 Anchored on Alfalfa‐Derived Developed Porous N‐Doped Carbon for High‐Performance Li–S Battery.
21. Li–LiAl alloy composite with memory effect as high-performance lithium metal anode
22. Superlithiophilic graphene-silver enabling ultra-stable hosts for lithium metal anodes
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