Creation of molecular-assembling, -stressing, and converting fields based on nanospaces of metal complexes

Abstract

Chemistry of the coordination polymers in these recent decades has been extensively advanced, affording various architectures, which are rationally constructed from a variety of molecular building blocks and interactions between them. This manuscript contains nanospace and function engineering. These functions realized not only industrial application such as separation, storage and heterogeneous catalysis but also unique nano-sized vessels for low-dimensional ordered arrays. In this review article, we present a new cutting edge regarding chemistry and physics "of micropore" and "in micropore" for porous coordination polymers.