High-capacity electrode materials are critical for portable electronic equipment that requires a high-energy density from lithium ion batteries (LIBs). Many different materials and fabrication methods for such electrodes have been developed for this purpose. Carbon paper coated with recycled silicon powder (CP-RSP) was prepared by coating silicon and pitch powder on the carbon paper, followed by stabilization at 250 °C in air and carbonization at 1000 °C in N₂. The CP-RSP acted as both the current-collector and the active material for the anodes of LIBs. Electrodes with 2.5, 5, and 10 wt.% silicon exhibited capacity increases of 94, 129 and 41%, respectively, compared with the silicon-free electrode. The electrode for the CP-RSP with 5 wt. % silicon exhibited an optimal balance between discharge capacity and stability in long-cycle tests under various charging rates.

对于要求锂离子电池（LIB）具​​有高能量密度的便携式电子设备，高容量电极材料至关重要。为此目的，已经开发了许多用于这种电极的材料和制造方法。涂有再生硅粉（CP-RSP）的碳纸的制备方法是，在碳纸上涂布硅和沥青粉，然后在空气中于250°C稳定并在N _2中于1000°C碳化。。CP-RSP既充当LIB阳极的集电器，又充当活性材料。与无硅电极相比，含2.5％，5％和10％（重量）的硅的电极的容量分别增加了94％，129％和41％。CP-RSP用5 wt。在各种充电速率下的长周期测试中，％的硅表现出放电容量与稳定性之间的最佳平衡。