Structural Tuning and Template Effect of Surface Nanospace by using Planer π-Conjugated Molecules

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To the surface nanospace of 2D porous molecular network formed by π-conjugated molecules at a liquid/solid interface, we investigated an expansion by insertion of spacer molecule, fixation via covalent bonding by chemical reaction on the surface, and formation of multi-component alignment by guest co-adsorption. As a result, in the former two projects, important results toward the final goal of these projects were obtained. We also achieved the construction of multi-component alignment. These results are very important for the development in field of nanotechnology.