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INVESTIGATION ON PMMA-BASED GEL ELECTROLYTE FOR ELECTROCHROMIC DEVICES

机译:基于PMMA的电化学凝胶电解质的研究。

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Studies were carried out on gel electrolytes based on PMMA and non-aqueous solution of lithium salt, LiClO_4 in the mixed solvent of propylene carbonate and ethylene carbonate (PC+EC). This paper reports the influences of polymer concentration and ratios of mixed solvent on the properties of gel electrolytes. The addition of polymer has increased the viscosity considerably without affecting the stable potential window, resulting in thermally stable gels. Result shows that addition of EC increases the conductivity by two order of magnitude as compared to that of PC alone. However conductivity decreases with addition of EC beyond 2:1 ratio of EC:PC. These gel electrolytes showed good room temperature conductivity in the order of 10~(-3) S/cm with high transmission in the visible region. This makes the gel a very promising electrolyte candidate for electrochromic device application.
机译:对基于PMMA的凝胶电解质和锂盐LiClO_4在碳酸亚丙酯和碳酸亚乙酯(PC + EC)的混合溶剂中的非水溶液进行了研究。本文报道了聚合物浓度和混合溶剂比例对凝胶电解质性能的影响。聚合物的添加显着增加了粘度,而不影响稳定的电势窗口,从而导致了热稳定的凝胶。结果表明,与单独添加PC相比,添加EC可以将导电率提高两个数量级。然而,当EC:PC的比例超过2:1时,电导率随EC的添加而降低。这些凝胶电解质表现出良好的室温电导率,约为10〜(-3)S / cm,在可见光区具有较高的透射率。这使得该凝胶成为电致变色器件应用中非常有希望的电解质候选者。

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