Design of higher valency in covalent organic frameworks
Cornelius Gropp(Kavli Energy NanoScience Institute), Tianqiong Ma(Kavli Energy NanoScience Institute), Nikita Hanikel(Kavli Energy NanoScience Institute), Omar M. Yaghi(Kavli Energy NanoScience Institute)
Cited by 347Open Access
Abstract
Higher-valency ligands for COFs Metal-organic frameworks (MOFs) have exhibited more extensive connectivity (valency) and topological diversity than covalent organic frameworks (COFs), mainly because MOF linkers can connect from 3 to 24 discrete units or even infinity for one-dimensional rods. For COFs, linkers generally have a valency of 3 or 4 that reflect the valency of organic carbon. Gropp et al. created cubane-like linkers from 1,4-boronophenylphosphonic acid that could condense to make COFs with a valency of 8 or, by adding acid, could form large, single crystals with an infinite-rod topology. Science , this issue p. eabd6406
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