Porous materials received a lot of attention in recent years due to their peculiar features and potential applications in a variety of fields ranging from gas storage to green chemistry. Porous molecular crystals, in which molecular units are kept together by weak interactions, are among the most studied porous materials. It was recently demonstrated that cyclic peptoids, A-substituted oligomeric glycines, may form porous structures in the solid state and can adapt the host framework to different guests and/or to the guest removal.
Cyclic peptoids as building blocks for engineering porous molecular solids
Pierri, Giovanni
;Izzo, Irene;Riccardis, Francesco De;Tedesco, Consiglia
2023-01-01
Abstract
Porous materials received a lot of attention in recent years due to their peculiar features and potential applications in a variety of fields ranging from gas storage to green chemistry. Porous molecular crystals, in which molecular units are kept together by weak interactions, are among the most studied porous materials. It was recently demonstrated that cyclic peptoids, A-substituted oligomeric glycines, may form porous structures in the solid state and can adapt the host framework to different guests and/or to the guest removal.File in questo prodotto:
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