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The term "cavity" is generally used to describe the space within a chemical entity that exhibits the capacity to accommodate a guest species. In this contribution the term is being used to describe a void space within a MOF, regardless of size or capacity to accommodate a guest since the parts of structure 1 described as Cavity A, B and C exhibit small voids and since the findings are directly translatable into guidelines for the design and synthesis of MOFs with larger voids
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