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Polymer synthesis in
confined artificial nanospaces is a key
challenge in the control of polymer structures.
In this project, porous frameworks with
designable pore size, shape, surface, and
periodicity are prepared from self-assembly
process of metal ions and organic ligands.
Utilization of such designable porous materials
can allow precision polymer syntesis by
transforming or translating their space
information into the resultant polymer
structures, leading to significant systems for
obtaining polymers with "desired structures" and
"novel structures". |
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