首页> 外文会议>International Conference on Advanced Batteries, Accumulators and Fuel Cells >Melanin as Semiconductor with Polymer Structure is Effective Modifier for Electrodes of High Energy Li-Ion Batteries Influence structure and nature of melanin on efficiency of cathode based on LiMn2O4
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Melanin as Semiconductor with Polymer Structure is Effective Modifier for Electrodes of High Energy Li-Ion Batteries Influence structure and nature of melanin on efficiency of cathode based on LiMn2O4

机译:具有聚合物结构的半导体的黑色素是高能量锂离子电池电极的有效改性剂,对黑色素的结构和性质基于LiMn2O4的阴极效率

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Melanin is a biological organic polymer and has semiconductor properties.The structure of organic semiconductors,including melanin,determines the mechanism of their conductivity,electrical and catalytic properties.Research into the properties of melanin,which are synthesized on the basis of innovative technologies developed by Sunoil-Agro,confirms the innovating prospects for using melanin.In current presentation using the melanin we investigated and developed the method to modify the cathode materials of Liion batteries.Increasing the energy and power characteristics of LiMn2O4-based cathodes as a result of their modification with melanin will be presented in our abstract.More detailed information will be presented in the followed presentation during Conference
机译:黑色素是一种生物有机聚合物,具有半导体性质。包括黑色素的有机半导体的结构决定了它们的电导率,电气和催化性质的机理。研究了黑色素的性质,基于由开发的创新技术合成 Sunoil-Agro,确认使用黑色素的创新前景。使用Melanin的使用Melanin,我们调查并开发了改变Liion电池的阴极材料的方法。由于它们的修改,提高Limn2O4的阴极的能量和功率特性 用黑色素将在我们的抽象中提出。在会议期间,将在遵循的演示中提出详细信息

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