In this work, we report the synthesis and electrochemical performance of CuO synthesized in aloe-vera gel medium coated LiNiPO₄ in first time also, we compared the performance of CuO prepared in water medium coated LiNiPO₄. The particle size of pure LiNiPO₄ is 5.2 μm and the particle size of CuO prepared in water medium coated LiNiPO₄ is 2.1μm. Also, the particle size of CuO prepared in aloe-vera gel medium coated LiNiPO₄ is 1.7 μm, which is analysed by using particle size analysis. As we expected, aloe-vera gel mediated CuO effectively reduces the particle size of LiNiPO₄ also it exhibits the good electrochemical performance which is examined with the help of charge/discharge analysis. Green synthesis is an operative method to prepare surface coating materials for cathode materials of lithium ion batteries.

在这项工作中，我们首次报告了在芦荟凝胶介质包覆的LiNiPO ₄中合成的CuO的合成和电化学性能，我们还比较了在水介质包覆的LiNiPO _4中制备的CuO的性能。纯LiNiPO ₄的粒径为5.2μm，在水介质包覆的LiNiPO _4中制备的CuO的粒径为2.1μm。此外，在芦荟凝胶介质涂覆的LiNiPO ₄中制备的CuO的粒径为1.7μm，其通过使用粒径分析来分析。如我们所料，芦荟凝胶介导的CuO可有效减小LiNiPO ₄的粒径它也表现出良好的电化学性能，可通过充电/放电分析进行检查。绿色合成是一种制备锂离子电池正极材料表面涂层材料的有效方法。