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中文摘要：
新 positive-temperature-coefficient (PTC ) 材料被传导性的超级 P 相配简单地准备有 poly 绝缘的碳黑色(CB )( 甲基 methacrylate )(PMMA ) 聚合物矩阵，它作为铝陪衬底层上的涂层层是 empolyed 制作夹的 Al/PTC/LiCoO2 阴极。从周期的 voltammetry，费用分泌物大小和阻抗光谱学的试验性的结果证明 PTC 电极在周围的温度有正常电气化学的表演，但是在 80120 的温度范围在抵抗显示出庞大的增加
英文摘要：
A new positive-temperature-coefficient （PTC） material was prepared simply by blending of conductive Super P carbon black （CB） with insulating poly（methyl methacrylate） （PMMA） polymer matrix, which was empolyed as a coating layer on the aluminium foil substrate to fabricate a sandwiched AI/PTC/LiCoO2 cathode. The experimental results from cyclic voltammetry, charge-discharge measurements and impedance spectroscopy demonstrated that the PTC electrode has a normal electrochemical performance at ambient temperature, but shows an enormous increase in the resistance at the temperature range of 80-120℃. This PTC behavior greatly restrains the reaction current passing through the electrode at elevated temperatures, capable of acting as a self-actuating safety mechanism to prevent the battery from thermal runaway.
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