Towards Cs-ion supercapacitors: Cs intercalation in polymorph MoS2as a model 2D electrode material
Funding Sponsor
American University in Cairo
Author's Department
Computer Science & Engineering Department
Third Author's Department
Physics Department
Find in your Library
https://doi.org/10.1039/d0cc07887e
Document Type
Research Article
Publication Title
Chemical Communications
Publication Date
4-4-2021
doi
10.1039/d0cc07887e
Abstract
Intercalation of alkali metals has proved to be an effective approach for the enhancement of the energy storage performance in layered-2D materials. However, the research so far has been limited to Li and Na ion intercalation with K ions being recently investigated. Although cesium (Cs) salts are highly soluble in water, Cs+intercalation has been addressed neither in batteries nor in supercapacitors so far. Herein, we demonstrate the exceptional effect of Cs+intercalation in MoS2as a model 2D material to boost its performance as a potential supercapacitor electrode. Cs+intercalation was found to stabilize the metastable 1T phase and increase the conductivity of the 2H and 3R phases. Cs+-Intercalated 1T MoS2showed higher quantum capacitance (CQ) than doped graphene.
First Page
3231
Last Page
3234
Recommended Citation
APA Citation
Ali, B.
Biby, A.
&
Allam, N.
(2021). Towards Cs-ion supercapacitors: Cs intercalation in polymorph MoS2as a model 2D electrode material. Chemical Communications, 57(26), 3231–3234.
https://doi.org/10.1039/d0cc07887e
MLA Citation
Ali, Basant A., et al.
"Towards Cs-ion supercapacitors: Cs intercalation in polymorph MoS2as a model 2D electrode material." Chemical Communications, vol. 57, no. 26, 2021, pp. 3231–3234.
https://doi.org/10.1039/d0cc07887e
