I am working on flame retardant electrolyte. when I add the additives to the polymer electrolyte, the cells work upto 1.2C but there is a total capacity loss at 3C, and 6C. This capacity loss is reversible after decreasing the current density. However at low c-rates like 0.15C and 0.3C and 0.6C, I obtained higher performance than the pristine system. Morever the pristine systems also work fine till 6C. with a reversible capacity loss
Dear Vadim,
Thanks for your answer, but my question is actually on the influence of Flame retardants on the capacities at current densities of 200 mA/g and above. Because I got a superior performance at 25, 50 and 100 mA/g. what is really happening ? How does it affect the performance at high current densities ?
Thanks. There is more details about the observation under the question.
I am working on flame retardant electrolyte. when I add the additives to the polymer electrolyte, the cells work upto 1.2C but there is a total capacity loss at 3C, and 6C. This capacity loss is reversible after decreasing the current density. However at low c-rates like 0.15C and 0.3C and 0.6C, I obtained higher performance than the pristine system. Morever the pristine systems also work fine till 6C. with a reversible capacity loss
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