fig7

Figure 7. (A) Scrape coating MOF onto a commercial separator; (B) Vacuum filtration of MOFs on an electrospun separator; (C) In situ gelation of MOF with polymer precursor solution to obtain MOF-based gel polymer electrolyte; (D) Preparation of MOF-based aerogel electrolyte; (E) Increasing the number of OMSs in Zr-based MOFs via thermal activation; (F) N₂ isotherms (top) and corresponding pore size distribution (bottom) of chemically-activated UiO-66; (G) Increased ion conductivity and cation transference number of electrolytes containing chemically activated MOF. (A) is quoted with permission from Wang et al.^[154]; (B) from Huang et al.^[143]; (C) from Zhang et al.^[145]; (D,F,G) from Fu et al.^[153]; and (E) from Lu et al.^[152]. MOF: Metal-organic frameworks.