Structural investigation of novel Calcium-based polymer electrolyte
Calcium batteries are considered among the most suitable candidate for post-lithium batteries due to their high charge density and a theoretical specific capacity of 1340 mAh/g and high volumetric capacity of 3833 mAh/mL similar to that of Li1. Ca, considering its reactivity and metal properties, is safer than lithium as it is less prone to burst in flame in contact with air. Additionally, Ca platting-stripping reported so far did not show any dendrites growth demonstrating the safety of such technology especially is coupled to a safe polymer-based electrolyte. However, to date, the electrolyte is still the weak link to develop properly Ca batteries and lot of experiments and modelling approaches are ongoing to find the most suitable candidate in terms of stability windows and ionic conductivity. Structural characterization at low temperature are needed to design by modelling better Ca based polymer electrolyte.
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VILLEVIEILLE Claire and SUARD Emmanuelle. (2020). Structural investigation of novel Calcium-based polymer electrolyte. Institut Laue-Langevin (ILL) doi:10.5291/ILL-DATA.EASY-713
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