全固态金属锂电池被誉为下一代储能技术的“圣杯”，其核心在于以固态电解质替代传统液态电解质和隔膜，具备能量密度高、热稳定性好、不易燃爆、循环寿命长等优势，被视为替代传统液态锂离子电池的核心方向。然而，长期以来，固体电解质与金属锂电极之间的“固-固界面接触”问题一直制约着全固态电池的实用化进程：硫化物固体电解质硬度高、脆如陶瓷，而金属锂电极柔软如橡皮泥，两者贴合时界面易出现缝隙和孔洞，严重影响锂离子...
Source Link全固态金属锂电池被誉为下一代储能技术的“圣杯”，其核心在于以固态电解质替代传统液态电解质和隔膜，具备能量密度高、热稳定性好、不易燃爆、循环寿命长等优势，被视为替代传统液态锂离子电池的核心方向。然而，长期以来，固体电解质与金属锂电极之间的“固-固界面接触”问题一直制约着全固态电池的实用化进程：硫化物固体电解质硬度高、脆如陶瓷，而金属锂电极柔软如橡皮泥，两者贴合时界面易出现缝隙和孔洞，严重影响锂离子...
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