Synthesis optimisation of copper-based layered perovskites as thermal energy storage materials

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Publication Highlights

1. Two synthesis methods were successfully used to obtain CuC₁₂.
2. The viability of using methanol, ethanol and isopropanol as solvents was proven.
3. The CuC₁₂ presents two polymorphic transitions with a total latent heat of 78 Jg^-1.
4. The polymorphic transitions take place at 329 K and 336 K.
5. Better TES performance was achieved in the direct method synthesis.

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