首页> 外文会议>International Conference on Advanced Batteries, Accumulators and Fuel Cells >Innovating Binder Free Silicon Based Electrode is Promising Anode for Stable and Safer Lithium-Sulfur Batteries. Technology Equipment for production. Electrochemical Properties. Electromagnetic Non-Destructive testing
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Innovating Binder Free Silicon Based Electrode is Promising Anode for Stable and Safer Lithium-Sulfur Batteries. Technology Equipment for production. Electrochemical Properties. Electromagnetic Non-Destructive testing

机译:创新的粘合剂游离硅基电极是稳定和更安全的锂 - 硫磺电池的阳极。生产技术和设备。电化学性质。电磁非破坏性测试

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Electrode based on the composition of silicon and graphite is very attractive for battery with cathode based on sulfur. Both electrodes: based on silicon for negative electrode and based on sulfur for positive electrode have high level of energies. As result the materials balance for Si – S battery is more promising than, for example, for Si – LiCoO2 battery. As compare with the Li-S battery system Si - S is also greatly promising, because Si based anode don’t generate the dendrites during cycling, is safe and environmentally friendly unlike from Li. However the problem to using the Si based anode is connected with destruction the Si based anode during cycling. For avoid these problem we developed advantaged process of the Gas Detonation Deposition (GDD) [1]
机译:基于硅和石墨组成的电极对于基于硫的阴极对电池非常有吸引力。两个电极:基于用于负极的硅,基于硫的正电极具有高电平的能量。结果,SI - S电池的材料平衡比例如,对于Si - LiCoO2电池更具优势。与LI-S电池系统相比,SI-S也很有希望,因为基于SI的阳极在骑自行车期间不会产生树突,与李不同是安全的和环保的。然而,使用基于Si的阳极的问题与循环期间的Si基阳极连接。为避免这些问题,我们开发了气体爆轰沉积(GDD)的优势过程[1]

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