A schematic diagram of aperture size and electrostatic potential matching that overcomes the typical trade-off between low-pressure capacity and selectivity. (IMAGE)
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This work leverages aperture size-electrostatic potential matching in a robust and scalable MOF to achieve selective and reversible binding of C3F6 through hydrogen bonding while efficiently excluding larger C3F8 molecules. This innovative material overcomes the typical trade-off between low-pressure capacity and selectivity observed in traditional adsorbents.
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