一、课题的任务内容：处理特定掺杂结构的石墨纳米笼，利用简单酸洗或磁性分离，载体负载铂钌作为电催化剂用于低温燃料电池。
二、原始条件及数据：
在碳载体负载铂钌作为电催化剂用于低温燃料电池，测试铂钌颗粒大小及催化性能。
三、设计的技术要求（论文的研究要求）：
对多孔壁碳纳米笼负载铂纳米颗粒的研究进行探索，研究特定掺杂结构的石墨纳米笼，利用简单酸洗或磁性分离，载体负载铂钌作为电催化剂用于低温燃料电池，这些试验的可行性。42882
四、毕业设计（论文）应完成的具体工作：
研究特定掺杂结构的石墨纳米笼，利用简单酸洗或磁性分离，载体负载铂钌作为电催化剂用于低温燃料电池，这些试验的可行性。
软硬件名称、内容及主要的技术指标（可按以下类型选择）：论文网
图 纸
电 路 板
机 电 装 置
新材料制剂
结 构 模 型
其 他 负载量达20wt%时，铂钌颗粒在4nm
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