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ll iScience OPEN ACCESS Figure 11. XPS and XRD spectra of Zn-anode at different electrochemical states (A and B) (A) The survey XPS spectrum of zinc anode and the spectrum of (B) Zn2p when the battery was fully charged. (C) XPS region spectra of zinc anode at the fully discharged and fully charged states. (D) XRD spectra of zinc anode when the CIB is fully charged and discharged. the analysis of TEM, XPS, FTIR, and XRD. This work provides a strategy for improving the discharge platform and cycle life of chlorine ion batteries. Meanwhile, CIB has high practical value and application prospect owing to its rich electrode material, simple preparation process, and efficient and safe discharge process in the field of energy storage. Limitations of the study In this work, the chloride ions reversible absorption/desorption in carbon cathodes was confirmed by TEM, XPS, FTIR, and XRD, and graphene cathode shows better electrochemical performance compared with car- bon nanotubes cathode and carbon black cathode. It is better to carry the in situ characterization into prac- tice to analyze the role of graphene and understand the reaction mechanism more deeply. Resource availability Lead contact Further information and requests for resources and reagents should be directed to and will be fulfilled by the Lead Contact, Mingqiang Li (limingq@dlut.edu.cn). Materials availability This study did not generate new unique reagents. Data and code availability This study did not generate/analyze datasets/code. METHODS All methods can be found in the accompanying Transparent methods supplemental file. 12 iScience 24, 101976, January 22, 2021 ArticlePDF Image | aqueous chlorine ion battery
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