Abstract
The staging phase transitions during deintercalation of CuCl2-intercalated graphite have been studied using real-time X-ray powder diffraction. The evolution of the diffraction pattern observed during the deintercalation revealed gradual changes in phase composition. A detailed profile analysis enabled a quantitative phase analysis and visualized the phase composition at any time during the reaction. Conclusions concerning the mechanism and kinetics of deintercalation are compared with theoretical results.
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