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Development of Multipotent Organic Materials with Macrocyclic Aromatic Molecules

机译:大环芳族分子的多能有机材料的研制

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Aromatic molecules are undoubtedly one of the most important compounds for materials science. We recently explored unique macrocycles composed of aromatic hydrocarbons. Among various interesting findings, we wish to overview our recent contributions to materials science in this account. Macrocycles from robust synthesis have been found superior in its performances over conventional materials, which highlights importance of organic synthesis. Shaped in unique structures via elaborate synthesis, macrocycles have also paved a way to unexpected functions/devices. The importance of molecular design shall be clear from these results that have been obtained by using macrocycles composed solely of hydrogen and carbon atoms.
机译:芳香族分子无疑是材料科学最重要的化合物之一。 我们最近探索了由芳烃组成的独特宏γ。 在各种有趣的调查结果中,我们希望概述我们最近对本账户中材料科学的贡献。 从稳健的合成中的宏ycles在其对常规材料的性能方面发现了优异的,这突出了有机合成的重要性。 通过精细合成的独特结构成形,宏细胞也向意外功能/设备铺平了一种方式。 分子设计的重要性应通过使用仅由氢和碳原子组成的宏γ获得的结果清楚。

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