“…[29] All these pioneer works [9,12,30] demonstrate the high potential of MOFs in separation of H 2 /D 2 isotopes and inspire us to conduct further deep and wide investigation using MOFs given their great advantage in easy tuning the pore size, structure, components and son on for more effective H 2 /D 2 separation. Meantime, due to the high cost and poor mechanical strength of MOFs, and the difficulty in controlling the particle size in the preparation process, [31,32] it's necessary to load MOFs onto the carrier material with uniform particle size and high stability. The preparation of MOFs@carrier composite is not only beneficial to the filling of chromatographic fillers, greatly reducing the amount of MOFs and the cost of packing, but also can enhance the mechanical strength of MOFs materials.…”