钴酸锂电池

研究了钴酸锂电池在不同倍率下循环的热行为，分析了循环倍率、电池容量以及环境温度对钴酸锂电池热稳定性的影响。

Thermal behavior of lithium cobalt oxide battery under different cycle rates was researched , and the influence of cycle rate , battery capacity and ambient temperature on the thermal stability of lithium cobalt oxide battery was studied .

此外，通过对钴酸锂电池和钛酸锂电池的绝热循环产热数据进行对比，发现钛酸锂电池的热稳定性要明显高于目前商业广泛使用的钴酸锂电池。

Furthermore , by comparing the test results of lithium cobalt oxide and lithium titanate battery , it was found that , thermal stability of lithium titanate battery is significantly higher than that of commercial widely used lithium cobalt battery .

用锂钴氧包埋镍酸锂作为正极材料，组装AA型锂离子电池，对其热稳定性、过充性和钴酸锂AA电池进行了对比研究。

Thermal stability and the overcharge performance of the AA size batteries assembled using LiCoO_2-coated LiNiO_2 as cathode materials in comparing with the LiCoO_2-based AA-type batteries were studied .