| 标题 |
 As the CO2 electrolysis field transitions from fundamental studies to commercially relevant engineering challenges, the cations required to maximize catalysis also tend to overconcentrate, leading to salt deposition and concomitant performance degradation. This Comment analyzes both the underlying causes of salt deposition and potential strategies for resolving this issue 随着CO2电解领域从基础研究过渡到商业相关的工程挑战，最大化催化所需的阳离子也倾向于过度浓缩，导致盐沉积和伴随的性能下降。本评论分析了盐沉积的根本原因和解决此问题的潜在策略
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