Multivariate flexible MOF facilitates efficient hydrogen-bonding formation by synergistic self-adapting its flexible structure, maintaining excellent proton conductivity. Based on compelling proton conductivity, a single-cell of MOF-based PEMs with long-term durability is assembled and exhibits excellent power density, which is promising for the practical application of proton-conducting MOFs in DMFCs.

中文翻译：

---

用于直接甲醇燃料电池的具有超质子传导性的多元协同柔性金属有机框架

多元柔性 MOF 通过协同自适应其柔性结构促进有效的氢键形成，保持优异的质子传导性。基于引人注目的质子传导性，组装了具有长期耐久性的基于 MOF 的 PEM 单电池，并表现出优异的功率密度，这对于质子传导 MOF 在 DMFC 中的实际应用很有希望。