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CAPKOVÁ, D. KAZDA, T. ALMÁŠI, M. STRAKOVÁ FEDORKOVÁ, A.
Originální název
Synthesis of Sulphur-Carbon Nanotubes Composite via Carbon Disulphide Solution for Li-S Batteries
Typ
článek ve sborníku mimo WoS a Scopus
Jazyk
angličtina
Originální abstrakt
Demant for high energy density batteries are increasing and current used lithium-ion batteries do not meet the requirements for high energy density and specific capacity. Lithium-sulphur batteries may replace lithium-ion batteries in their applications, such as personal portable devices, electromobility or stationary energy storage systems due to high theoretical capacity. Though, lithium-sulphur batteries have some major drawbacks, that block commercialization. Porous, conductive materials and optimization of electrode material preparation can suppress shortcoming of lithium-sulphur batteries. Metal-organic framework in combination with carbon Super P and multiwall carbon nanotubes can effectively confine and capture sulphur. The initial discharge capacity of the S/MOF-76(Gd)/C-CS2 electrode is 735 mAh g-1 with capacity retention of 107 % after 50 cycles.
Klíčová slova
Battery; Lithium; Sulphur; cathode; metal-organic framework
Autoři
CAPKOVÁ, D.; KAZDA, T.; ALMÁŠI, M.; STRAKOVÁ FEDORKOVÁ, A.
Vydáno
13. 10. 2021
Nakladatel
Publishing ŠafárikPress
Místo
Košice
Strany od
37
Strany do
39
Strany počet
3
URL
https://rb.gy/nfj79y
BibTex
@inproceedings{BUT173110, author="Dominika {Capková} and Tomáš {Kazda} and Miroslav {Almáši} and Andrea {Straková Fedorková}", title="Synthesis of Sulphur-Carbon Nanotubes Composite via Carbon Disulphide Solution for Li-S Batteries", year="2021", pages="37--39", publisher="Publishing ŠafárikPress", address="Košice", url="https://rb.gy/nfj79y" }